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  • The Pinnacle of Motorsport: F1’s Sustainable Future

    The Pinnacle of Motorsport: F1’s Sustainable Future

    By Aniela Coughlin

    ~ 7 minutes


    Formula 1 has been given many names. From the “Pinnacle of Motorsport” to the “Motorsport soap opera,” its high stakes and thrilling speeds have earned it many nicknames. Most recently, Formula 1 has also been dubbed a “tech lab on wheels”.1 This nickname is well-deserved, as the innovations brought to F1 in order to make the cars quicker or more efficient often carry over into every-day road vehicles. One example of this is the carbon-fibre monocoque chassis introduced by McLaren in 1981. This light but durable material is now ubiquitous; it is the basis of almost every supercar and is used in everything from spacecraft to golf clubs. This leads us to reflect on just how much Formula 1 has influenced our daily lives, and how different our world would be today without it. For decades, Formula 1 has served as a model for elite performance in road vehicles and has sparked a passion for engineering in many people.

    Ferrari drivers Sainz and Leclerc shake down new F1-75 car at Fiorano / F1

    But with this attention comes a great responsibility for Formula 1. It must set the standard toward which the rest of the automobile industry strives. With global warming becoming an increasingly pressing issue in the global community, Formula 1 must find ways to keep racing at high speeds that are also sustainable for our environment. In 2026, Formula 1 seeks to radically change its regulations in order to reach its goal of going 100% carbon neutral by 2030.2 What do these new regulations mean for the sport, and, most importantly, what do they mean for us? 

    The new 2026 regulations encompass a wide variety of details, from aerodynamics to tyre size, and everything in between. Most of these will not have a tremendous impact on everyday road cars, as these regulations are focused more on getting these supercars to be even more “super”. One major change that does impact standard vehicles, though, is the new fuel regulations. Formula 1 cars use a hybrid of electric and hydrocarbon-fueled energy. Each of the (soon to be) eleven Formula 1 teams outsources their fuel to a third party. Ferrari famously partners with Shell, for instance, and Aston Martin works with Aramco. Throughout 2025, the petrol used in Formula 1 cars had to be ten percent bioethanol, a green alcohol fuel derived from biomass. But this requirement goes away in 2026, when the teams will have to supply their cars with 100% sustainable fuels.3 This means that no fossil carbons may be used, and the teams must produce net-zero carbon cars: they will have to extract carbon from pre-existing sources, instead of adding more into the atmosphere.

    What does this look like? Well, air-capture technologies for carbon already exist, but these are inefficient since only 0.04% of the air is carbon dioxide. Teams are instead looking toward non-food bio sources of carbon, such as excess from the wood or paper industries, or municipal waste. A caveat to this, however, is that they cannot compete with existing food sources. In an interview about Formula 1’s sustainable fuel plans, F1’s chief technology officer Pat Symonds explains,

    “You can make this fuel out of potato peelings, but not out of potatoes.

    Sustainable fuels are, ironically, still not financially sustainable options for “layman” car manufacturers. 100% sustainable fuel is much more expensive to produce than standard fossil fuels, which cost about $63 per barrel compared with the $300 for the sustainable fuel. Add that to the cost of experimenting with and researching new technologies, and you are looking at a budget that far exceeds what the average car manufacturer can afford. This is why Formula 1 is the optimal test hamster for sustainable technologies: its teams deal with huge budgets, which are designed to be spent on innovative technologies. Plus, in Formula 1, the goal is to produce the most efficient and high-performing car possible, not the cheapest. With some luck, these innovations in the way carbon fuels are sourced in Formula 1 will trickle down into the “real world.” 

    Another major change to occur in 2026 is the removal of the MGU-H unit. This component is part of the Energy Recovery System on an F1 car, along with the MGU-K and the energy store. The energy store is essentially a large lithium-ion battery that stores energy recovered from breaking or excess exhaust. The MGUs (Motor Generator Units) act as both motors and generators, depending on what the car necessitates. This works because providing energy to the motors causes them to spin, and spinning the motors causes them to generate energy. The MGU-K (Motor Generator Unit Kinetic) works alongside the car’s engine to provide extra power to the car. It harvests excess energy from braking, when the MGU-K is spinning solely due to the rotational energy of the wheels, and the still-rotating magnets inside the motor provide energy to the battery for later use. The MGU-H (Motor Generator Unit Heat), to be removed in 2026, supplies the same energy storage system. It works alongside the turbocharger so that when exhaust gas passes through the generator turbine of the MGU-H, the turbine spins, transforming kinetic energy into electric energy. The MGU-H can also supply electric energy to the turbocharger, and thus eliminate turbo lag in the engine.5

    Mercedes reveals first use of F1’s MGU-H in road cars / motorsport

    The MGU-H does serve a purpose, but only in the context of Formula 1. Everyday road cars do not travel at fast enough speeds to require a component to diminish turbolag; in fact, most hybrid cars do not have a turbocharger at all. This, coupled with the fact that the MGU-H is incredibly expensive to produce, is why the MGU-H will be removed from F1 cars in 2026. 

    But with the switch to a 50/50 ICE-electric engine in 2026, F1 cars still need an energy recovery system to boost performance and efficiency. The MGU-K is much more affordable to produce than the MGU-H because it is mechanically simpler. To compensate for the loss of the MGU-H, the MGU-K output nearly triples in 2026, with a jump from 120 kWh to 350 kWh. The impacts of this on the “real” world are that now everyday road cars have a realistic exemplar of what an efficient hybrid car looks like, and can look to F1 cars to minimize their carbon footprint. 

    Formula 1 is more than just a sport. At the pinnacle of speed, its cars are the role models for the maximized efficiency and performance to which most cars aspire. F1 cars have the responsibility to set the example for others by reducing their carbon footprint, and this is just what the 2026 regulations aim to do. With the implementation of 100% sustainable fuel and increased reliance on electrical power, Formula 1 is pioneering technologies that have the potential to lead the world to a more sustainable future. 


    Bibliography

    Explained: The chemistry behind F1’s sustainable fuel future.” Race Fans, 25 March 2023, Explained: The chemistry behind F1’s sustainable fuel future · RaceFans. Accessed 15 November 2025. 
    “FIA unveils Formula 1 regulations for 2026 and beyond featuring more agile cars and active aerodynamics.” FIA, 06 June 2024, FIA unveils Formula 1 regulations for 2026 and beyond featuring more agile cars and active aerodynamics | Formula 1®. Accessed 15 November 2025. 
    “Formula One Isn’t Just Racing – It’s A Tech Lab On Wheels.” DCB Editorial, 26 August 2025, Formula One Isn’t Just Racing-It’s A Tech Lab On Wheels. Accessed 09 November 2025. 
    “The game-changer in F1’s 2026 fuel evolution.” The Race, 17 September 2025, The game-changer in F1’s 2026 fuel revolution – The Race. Accessed 23 November 2025.
    “What Is ERS In F1? (How The MGU-H And MGU-K Work).” Flow Racers. Accessed 23 November 2025.

  • A Deep Dive into Computer Aided Design

    A Deep Dive into Computer Aided Design

    By Grace Liu

    ~10 minutes


    Computer Aided Design, or CAD, is essentially a platform for users to design, modify, and analyze a digital model. Its speed and efficiency rival traditional design methods, and the capabilities of CAD are continuously growing as technology advances. It is a space for unlimited creativity and endless possibility, and it is crucial to have an in-depth understanding of CAD to be able to fully harness its potential.

    How does it work?

    At the center of a CAD software program is its graphics kernel, or the processing core. It is a component of the graphical user interface (GUI) which has extensive uses on electronic devices beyond the capabilities of CAD. The GUI takes input from the user and transfers the data to the graphics kernel, which will then generate the geometries and display them on screen. 

    Types of CAD

    There are two main categories of CAD: 2D and 3D. 2D designing is more similar to digital art with a different set of tools, often seen with digital drawing and sketching. The key difference is the use of measurement and parameters, a tool that sets a variable to a certain value in a design to be referenced later in other constraints. Parameters are extremely beneficial to create an adjustable, flexible design. 2D designing with Computer Aided Design is commonly used for landscaping, floorplans, and blueprints. On the other hand, 3D modeling offers more complex and realistic designs, and will be the focus of this article. It comes in tons of different forms, including direct modeling, surface modeling, 3D wireframe, and freeform CAD.

    Direct modeling is a type of CAD that doesn’t contain parameters and purely relies on the pushing and pulling of surfaces on unconstrained objects. It allows more freedom than parametric modeling, but becomes much more difficult when needing to adjust a design. For example, say you need to make an object twice as large as it currently is. In parametric modeling you would simply need to enlarge the base parameters for certain lengths that you set, and then all constraints using those parameters would automatically adjust. In direct modeling you would need to manually scale each surface to size up the object.

    Another form of CAD is surface modeling, which focuses on manipulating intricate external surfaces, more like a shell instead of a full 3D object. It uses curves and lines defined by mathematical formulas, calculated by the computer using input from the graphical workspace in the CAD program. Surface modeling helps display texture, material, and overall aesthetics for the design.

    A step down from surface modeling is 3D wireframe, which goes further to remove the surfaces on the object and models 3D structures using only its lines and curves. Without any actual surfaces or bodies, the design appears to be the skeleton of the object(s) or a wire framework, hence the name. It acts as the first 3D visualization of concept or design, providing a foundation that can be built into a full model later on. These designs are often the first pitch to an outside source that offers feedback on the base sketch, an efficient and effective method to communicate a design idea without having to fully create it.

    A unique but often overlooked type of CAD is freeform CAD. It acts more like clay, letting the user be more artistic and creative with their design. It utilizes digital brushes or styluses to sculpt the object, with a different set of tools and abilities in the workspace compared to the more common forms of CAD. Freeform CAD often involves the use of haptic devices instead of a mouse and keyboard. These devices will transmit the digital output from the computer to a physical attachment on the device through touch sensation that allows the user to “feel” their design as they sculpt. The physical attachment typically mimics brushes or scrapers, and can sometimes even be equipped with vibration.

    Different CAD platforms:

    The foundation of every CAD platform is similar, but each one has different unique features. Getting an overview of the platforms can help the user determine which one to choose that best suits their needs. Five of the most common ones include: Autodesk Fusion 360, Onshape, Blender, TinkerCAD, and SolidWorks.

    September 4, 2019 Product Update – What’s New / Keqing Song / Autodesk Fusion ©

    Autodesk contains a multitude of CAD programs, but their most popular and versatile one is Fusion 360. It’s an industry level CAD software and combines different tools and abilities all into one place, allowing for (unlimited) creation. Fusion 360 contains a variety of workspaces including: Design and Generative Design, Rendering, Simulation, Animation, Electronics, and 2D Drawing. Just within the Design workspace Fusion 360 has hundreds of techniques to choose from when building like freeform, surface, parametric, and direct modeling along with sheet metal, mesh, plastic, etc. Its software platform allows for smooth collaboration by storing all files directly in the cloud and easy updates across designs, reducing the amount of time it takes to combine multiple designs. Fusion 360 is flexible, perfect for rapid prototyping, with an extensive tool kit that contains multiple shortcuts to make designing and modifying faster. Autodesk also has a free education license for students and educators, making it accessible to a larger audience.

    Onshape, The CAD Of The Future / Nuts and Bolts / Substack ©

    OnShape is another one of the leading CAD platforms in the industry today, a top competitor with Fusion 360. Onshape includes diverse customization tools like FeatureScript, a programming language specific to Onshape that allows users to create custom CAD features or shortcuts usable in their designs. For example, you can code a custom feature that can create a mold on a separate body for any design, reducing the time it takes to manually create a mold each time. FeatureScript lays the groundwork for OnShape’s modeling and standard functions like Extrude, Fillet, and Helix are already written in as FeatureScript functions when you begin to branch out and create your own. Onshape has a built in Product Data Management (PDM) system which allows teams to edit the same design simultaneously, a feature not many CAD platforms can achieve. Alongside increasing efficiency, this also makes it easier to store parts and assemblies by eliminating files. You can long into your account anywhere, and have full access to all your designs in OnShape. Another unique tidbit about OnShape is that it does not require manual updates for the application, all updates run automatically in the background so you don’t have to worry about running the correct version of OnShape when fixing bugs in your design.

    Beginner’s Guide to 3D Character Creation Using Blender / DEZPAD ©

    Blender is a slightly different CAD platform; it focuses on and perfects the aesthetics of 3D modeling. It’s best for rendering and shading, animation, simulation, visual effects, and game development. Blender consists of 2 main rendering engines: Eevee and Cycles. Eevee is a real-time engine, best for quick rendering for fast iterations. In short, a real-time rendering engine computes the lighting, materials, plus other components of the image continuously at about 30-120 frames per second and provides an interactive output which allows the user to adjust the settings. Cycles is a path-tracing engine with high quality and realistic renders, but takes a much longer time. A “path-tracing” rendering engine means that the program simulates the physical behavior of light rays on the object frame by frame to create a realistic image. Cycles would typically be used for the final render, pristine and life-like, whereas Eevee would be used in-between iterations to help make improvements. The extensive simulation workspace in Blender can mimic unique bodies in nature like fluids, smoke, and fire. Another benefit of Blender is that it’s completely free, perfect for hobbyists or students.

    TinkerCAD Basics: A Hands-On Workshop for Beginners! / San Carlos Life ©

    TinkerCAD is a much simpler CAD platform, but that also makes it best for beginners with its clear, straight-forward layout. It consists of a couple tabs with a set collection of 3D shapes along with other tools. It includes basic electronics simulation and serves as a good introduction to circuits and coding a real mechanism instead of just on a computer program. TinkerCAD is very popular in schools as it has built-in lessons and hands-on projects along with its easy format. Since it was designed to teach beginners, TinkerCAD has limited capabilities. It doesn’t have complex curves and restricts freedom on building custom shapes, as well as lower resolution models. TinkerCAD does not have advanced rendering, simulation, or animation so it might not be the best option for realistic modeling. These intentional restrictions keep TinkerCAD kid-friendly and focus on teaching the basics of 3D modeling before transitioning to something more advanced. It’s also compatible with online models in a specific file format,  so you can learn from and transfer designs on the internet to TinkerCAD. It’s good for simple 3D printing and laser cutting, allowing for a full introduction to the basics of engineering for beginners. 

    Solidworks 2025 / DEVELOP3D ©

    SolidWorks is an industry grade CAD platform, and in a lot of aspects similar to Fusion 360. A key difference is that SolidWorks targets large engineering companies like Tesla and Lockheed Martin while Fusion 360 focuses on hobbyists, students, or startups that want a simple, but effective CAD platform to create 3D designs not quite as complex as a plane. SolidWorks makes drawing complicated 2D blueprints with details and labels much easier. It can utilize views, measurements, and calculations from the 3D design, and then transfer them to the 2D drawing. SolidWorks has a powerful simulation workspace for motion, stress, heat, and real-life scenarios that designs like cars, planes, or bridges need to withstand. Comparatively, SolidWorks is one of the more sophisticated 3D designing platforms and requires time to get familiar with, but it also offers lessons, tutorials, and even courses to help shorten the learning curve.

    Real-world applications of CAD

    Building Information Modeling (BIM) Explained / KENNMAR ©

    The most common place you see Computer Aided Design is in engineering, where it has become integrated throughout the design process, from designing and prototyping to manufacturing the product. It’s also present in architecture, so much so that there’s a type of CAD created specifically for 3D models of buildings. Building Information Modeling (BIM) is a CAD platform that creates a 3D model of all the components in a real-world building, and also replicates the entire timeline of the building from construction to long-term maintenance. It’s a digital version of the entire process of the building, and helps to check safety and functionality beforehand. CAD also pops up in unexpected places, like interior and exterior designing, fashion, and game design. Interior and exterior designing involves much of the same processes as industrial design, although with less moving parts in the assembly. Fashion mostly uses 2D CAD to make the drawing and sketching process faster and more efficient. Game design, as mentioned when discussing Blender, uses mostly the design, animation, and rendering workspaces in 3D CAD to make their characters and objects look as realistic as possible. 3D modeling can also be seen in medicine, specifically with imaging and x-rays. Machines in hospitals are being equipped with the ability to reconstruct 3D models of bones and structures within the human body, helping doctors to better treat the patient.


  • Straight to the Point: The Chemistry Behind Permanent Hair Straightening 

    Straight to the Point: The Chemistry Behind Permanent Hair Straightening 

    By Aravli Paliwal

    ~8 minutes


    Growing up with thick, unruly curls, I rarely felt comfortable wearing my hair down at events without straightening it completely. The frizz felt impossible to tame, the ends felt rough and bushy, and even up in a ponytail, my hair still looked like it had survived a whirlwind.

    Now, I’m writing this all in the past-tense, because just this week I decided to undergo a permanent Japanese hair straightening treatment. Usually, when I mention this, people fixate on the word “permanent,” followed by “but your natural hair was so pretty” or “why would you do that?” These comments don’t bother me too much because my hair looks and feels 100x better than it did previously. But what really gets under my skin is just how much time and research it took to find the right treatment option, thanks to the internet’s endless muddle of conflicting information about hair straightening.

    There are a bajillion different options- Which one is right for me?

    As soon as I clicked “enter” after searching “permanent hair straightening,” I was introduced to 3 different treatments that all sounded, well, exactly the same. To the untrained reader, a Japanese hair straightening treatment, Brazilian blowout, and Korean Keratin treatment sound like different countries each decided to stick their name in front of the exact same thing, but after doing a couple hours of research, it wasn’t the pros that stuck out to me- it was the cons.

    Brazilian Blowout

    Uterine cancer. Ovarian cancer. Leukemia. Well, it sounds like I should be showing up to the hair salon in a hazmat suit if these are the side effects- so is this actually true? Short answer- yes. 

    Everyone’s hair is composed primarily of Keratin, a protein structure held together by disulfide bonds (S-S) → (this determines if your hair is curly or straight to begin with) and weaker hydrogen bonds (easily broken down by water).

    Diagram 1

    Unlike Japanese hair straightening treatments, Brazilian blowouts do NOT permanently break down and restructure these S-S bonds, so the straightening effect is more temporary. The straightened results typically last around 3-4 months; though, the thicker and healthier your hair is, the longer the treatment lasts. However, after treatment at the salon, the hair is never pin-straight, and throughout this 3-4 month period, your hair gradually gains its natural curl pattern back.

    After thoroughly washing the hair and exposing its cuticle, Brazilian blowout stylists begin to apply a solution that includes aldehydes like methylene glycol. This is where the cancer sirens go off. When brands claim that their treatment is formaldehyde-free, what they don’t understand is that this methylene glycol releases formaldehyde when heated, and formaldehyde exposure is known to increase the risk of all the nasty cancers that Google warns you about from the beginning. The following chemical equation explains exactly how formaldehyde gas fumes are produced during Brazilian blowouts.

    Diagram 2

    This heat is introduced when the stylist flat-irons hair at ~450°F. Instead of breaking the preexisting disulfide bonds and reforming them, the treatment adds new chemical S-S bridges that hold the hair in a straighter shape temporarily, with a carcinogenic formaldehyde byproduct.

    Keratin Treatment

    When researching different straightening treatments, Keratin treatments are often the most difficult to understand because there are two different techniques. In both treatments, a Keratin-based solution (primarily peptides and protein because “keratin” is literally just the protein that makes up your hair) is applied to the hair. Now after this, the stylist has two options:

    1. They can continue by essentially replicating the Brazilian blowout and reintroducing the carcinogenic formaldehyde after flat-ironing the hair (same 3-4 month results, never achieve pin-straight hair).
    2. They can go the formaldehyde-free route and only coat the hair’s cuticle in the Keratin-solution without taking further steps. This results in smoother, shinier hair with less frizz; however, this process does not chemically alter any disulfide bonds, and has practically no permanent straightening effect.

    Japanese Hair Straightening

    Websites like to scare people by framing Japanese straightening treatments as the “nuclear option,” with “straight hair for life” and “no room for regrets.” While it is more of a commitment than the other straightening treatments because it actually lasts no matter what hair texture you have, it is by no means “lifelong.” Furthermore, Japanese straightening is the only treatment that doesn’t produce carcinogenic formaldehyde as a byproduct, and instead uses a safer ammonium thioglycolate.

    The strongly alkaline ammonium thioglycolate directly attacks disulfide bonds and completely restructures them:

    Josh Bloom / American Council on Science and Health

    This “weaker” hair is easily manipulated into the straightened shape you want, and after the solution has set, the hair is rinsed with a 0.5% hydrogen peroxide neutralizer (drugstore hydrogen peroxide used to treat cuts and wounds is around 3%). The hydrogen peroxide forms new disulfide bonds that naturally fall straight.

    From this point on, many stylists begin to take “creative liberties” and begin to dump all sorts of expensive shampoos and conditioners on your hair while also warning you that the next 48 hours you cannot wash, put it in clips or ponytail holders, eat, sleep, or breathe around your hair- basically saying “if anything goes wrong in the next 48 hours, the blame is 100% on YOU.” This is why it is extremely important to have a professional stylist who is familiar with their product and takes accountability when necessary. It’s also why I am so grateful for Bijin Salon’s Michelle, who has 22 years of experience under her belt. 

    “With the amount of information that stylists now have readily available online, there should be no excuses for professionals not to know their products.” -Michelle

    She told me straight-up that this 48-hour policy is completely made up to strip stylists of accountability: Scientifically, after the neutralizer has been introduced, there is no reason why you cannot go home and wash/put up your hair immediately. Bijin Japanese Permanent Hair Straightening is located in Farmers Branch, Texas, and you can find their website here.

    While Japanese straightening sounds great, there are still a couple of things to keep in mind. As I mentioned earlier, this is definitely a commitment. Not lifelong, but if you want your natural hair back, you’re going to have to grow it out- completely. This includes the awkward stage where your roots are curly while the ends are pin straight.

    Better and Worse Case Scenarios / Straight at Roots and End Curls / TikTok ©

    Additionally, Japanese straightening requires regular maintenance. Depending on how fast your hair grows and what your curl pattern is, root touch-ups are typically needed at least once a year. 

    Quick Recap:

    → If you are committed to getting a hair straightening treatment, the safest and longest-lasting option is by far the Japanese treatment. 

    → If you are not interested in changing your curl pattern but want softer, less frizzy hair, the formaldehyde-free keratin treatment is for you.

    General Things to Check for:

    1. Watch out for sodium hydroxide (the main chemical in drain cleaner) → it’s a strong base commonly used to raise pH levels in popular haircare. When overused, it can force the hair’s cuticle open and permanently damage keratin structure. Brands rely on it because if a product’s pH drops too low, preservatives fail, and the product’s shelf life is severely compromised. So while sodium hydroxide is often necessary, because concentrations are not disclosed, it’s important to pay attention to how your hair feels after using products that contain it.
    2. The word “straightener” is often used too loosely when describing a wide array of retexturing treatments, leading many people to conflate straighteners with smoothers and relaxers. In reality, the difference is quite simple. Straighteners use a thioglycolate solution, while smoothers either coat the hair with chemical (like a Brazilian Blowout), or use glyoxylic acid after a sodium hydroxide shampoo. Relaxers, on the other hand, and purely sodium hydroxide.
    3. “Keratin” products are largely a scam → theoretically, any hair product could be labeled “keratin” because keratin is simply what hair is made of; adding trace amounts of keratin to a product does not rebuild or restructure hair, it just temporarily coats it and doesn’t really do anything at all. Claims that keratin products are “so good for your hair’s health” are usually marketing schemes.
    3 Must-Have Hair Products for the New Year / KeratinComplex ©

    References

    American Council on Science and Health. (2018, April 21). What do perm chemicals and cystic fibrosis drugs have in common? Retrieved from https://www.acsh.org/news/2018/04/21/what-do-perm-chemicals-and-cystic-fibrosis-drugs-have-common-12844
    Color Wow. (n.d.). What is a hair cuticle? Retrieved from https://colorwowhair.com/blogs/all/what-is-a-hair-cuticle?srsltid=AfmBOopre5yB2FbyrucIX1A8_PbEIOOv2a6kudPZy7hQXLzsh-_6QXL9
    Gavazzoni Dias, M. F., de Almeida, A. M., Cecato, P. M., Adriano, A. R., & Pichler, J. (2014). The Shampoo pH can Affect the Hair: Myth or Reality?. International journal of trichology, 6(3), 95–99. https://doi.org/10.4103/0974-7753.139078
    Keratin Complex. (n.d.). 3 must-have hair products for the new year. Retrieved from https://keratincomplex.com/blogs/post/3-must-have-hair-products-for-the-new-year?srsltid=AfmBOoqDHCEha9yxfLvtUsxkvIr6Ys7J_-UcCwugTrzZRUZ6qnSPLDJu
    National Center for Biotechnology Information. (2021). Straight to the point: What do we know so far on hair straightening? International Journal of Cosmetic Science. Retrieved from https://pmc.ncbi.nlm.nih.gov/articles/PMC8280444/
    Occupational Safety and Health Administration. (n.d.). Hair salons and stylists: background on hair smoothing products that could release formaldehyde. Retrieved from https://www.osha.gov/hair-salons/background
    The Times of Israel. (n.d.). 17-year-old girl hospitalized for kidney failure after hair-straightening treatment. Retrieved from https://www.timesofisrael.com/liveblog_entry/17-year-old-girl-hospitalized-for-kidney-failure-after-hair-straightening-treatment/

    Also, a special thank you to Michelle Moore at Bijin Salon, whose expertise offered valuable insight into the realities behind modern haircare!


  • The Antichrist (Peter Thiel) is Frankenstein

    The Antichrist (Peter Thiel) is Frankenstein

    By Aravli Paliwal

    ~12 minutes


    When asked if he would “prefer the human race to endure” by podcaster Ross Douthat, billionaire Peter Thiel stumbles and hesitates, viscerally conflicted on a straightforward question. “Uh- well I- I don’t know, I would- I would, um” it takes Thiel around 19 seconds just to spit out a yes, and he quickly shifts the topic of discussion thereafter. So, is this another egotistical billionaire who believes he is superior to the plebian human race? While seemingly affirmative on the surface, a deeper examination of Thiel’s esoteric ideologies—when paired with his immense wealth—reveals their capacity to influence millions.

    Who is Peter Thiel?

    Co-founder of PayPal and Palantir, partner of Founders Fund, a venture capital firm with a notable portfolio including SpaceX, OpenAI, and hundreds of other companies, and the primary source of funding for Vice President JD Vance’s campaign, Peter Thiel’s power oscillates across many sectors. While the wealth he has amassed from these investments has given him a platform that guarantees an audience for his views, it’s often those very views that generate even more attention.

    Over the last year, Thiel has orchestrated a series of private lectures in San Francisco where he discusses the antichrist and inevitability of Armageddon. In short, he believes that an antichrist figure (modeled after philosophers who believe in policing and restricting technology) will enact extreme regulations on AI, as well as fearmonger the public with threats of nuclear war, climate change, and the possibility of World War III to consolidate supreme power. He goes on to note that an antichrist figure, under the façade of peace and safety, will actually act as a totalitarian, one-world state. Thiel believes this antichrist is “focused single-mindedly on saving us from progress, at any cost.”

    However, his views are inherently contradictory. Thiel is actively using Palantir to build defense and surveillance infrastructure for the government, funding the very tools that facilitate the possibility of a one-world regime that his own ideology warns about. Once a government relies on a single tech stack like Palantir for its security apparatus, that stack gains massive structural power. So, by steadily deepening its role within government technology, Palantir expands what any government could do if they ever chose to centralize power.

    Furthermore, the original vision for Thiel’s PayPal was to wholly replace government-controlled currency like the US dollar, with the ultimate goal of making it the main, independent source of money for all citizens. In a Stanford center for professional development lecture in 2014, Thiel stated,

    “If you’re a startup [like PayPal], you want to get to monopoly. You’re starting a new company, you want to get to monopoly.”

    Because this monopoly directly contradicts the competition that drives free-market principles, it becomes increasingly clear that if the future were to be a totalitarian one world state with a central, supreme leader in charge of all sectors, Peter Thiel would be the antichrist.

    And yet, this contradiction is indeed very strategic because theology with talks of an antichrist and Thiel’s background as a “small-o orthodox Christian” provides a moral cover. It reframes opposing viewpoints as evil and sacrilegious. With this antichrist narrative, Thiel characterizes those who believe in policing and restricting technology as enemies of God, utilizing religious justification to suppress them.

    But then, this would not be the first time that religion was manipulated for justification. Recently in my English class, we have been studying Mary Shelley’s Frankenstein, and that got me thinking about the parallels between Peter Thiel and Victor Frankenstein.

    Widely regarded as a literary classic, Mary Shelley’s Frankenstein provides one of the earliest and most enduring frameworks for understanding technocratic ambition and esoteric ideologies. Written in the early 19th century amid scientific experimentation rooted in Enlightenment principles, the novel reflects progress and its consequences. Victor Frankenstein’s pursuit of forbidden knowledge mirrors emerging technocratic impulses that prefer innovation over ethical restraint. As such, Frankenstein functions not merely as a Gothic cautionary tale, but as a foundational text for examining how power and technological aspiration intertwine to produce unintended, and often destructive, outcomes.

    Peter Thiel and Frankenstein on Transhumanism

    Thiel: “A critique of the trans people in a sexual context, or a transvestite, is someone who changes their clothes and cross-dresses […] but we want more transformation than that. The critique is not that it’s weird and unnatural, it’s so pathetically little. We want more than cross-dressing or changing our sex organs, we want you to be able to change your heart, and change your mind, and change your whole body.”

    Where Peter Thiel wants humankind to customize their preexisting bodies, Victor Frankenstein’s creature was the very product of this customization, and we saw the negative effects that this had on the creature, the creator, and the world around them. Victor hand-picked “limbs in proportion, and […] had selected [the creature’s] features as beautiful” (vol I, ch. IV, pg. 38). Frankenstein taught us that customization pulled us away from the characteristics that made us human, and by eradicating flaws with technological advancement, we lost the wabi-sabi that defined humanism in the first place. So, while Thiel’s bold statement of “changing your whole body” could just be futile technocrat jargon, or all bark and no bite, we saw the results of the unrestricted technology that Thiel advocates for in Frankenstein, and transhumanists like Thiel most certainly have the wealth, power, and connections to turn this fictional story into a utopian reality.

    Peter Thiel and Frankenstein on Defying Nature

    A couple minutes later in the same interview, Douthat facilitates a discussion tying religion, nature, and technology together, asking Peter Thiel how each piece of the puzzle fits.

    Ross Douthat: “The promise of Christianity in the end is the perfected body and the perfected soul through god’s grace. And the person who tries to do it on their own with a bunch of machines is likely to end up as a dystopian character.”

    Thiel: “I think the word ‘nature’ does not occur once in the Old Testament, and the way I understand the Judeo-Christian inspiration, is [that] it is about transcending nature.”

    While he is correct that the word ‘nature’ does not appear in the Old Testament, allusions to the physical world and all real things go hand in hand with God’s creation, and therefore intrinsically link nature to the Old Testament.

    But then, let us look at transcending nature from a more universal perspective, one that is not hinged on religion where messages are entirely different based on where you are in the world and what family you are born into.

    In Frankenstein, nature famously retaliates when Victor pushes the boundaries, with Mary Shelley incorporating the sublime setting to suggest that the scientist is consistently outmatched by natural power. Gloomy weather and hostile landscapes mirror Victor’s loss of control, and as he approaches the creation’s completion, the world outside his laboratory is anything but bright. Instead, this ‘achievement’ takes place “on a dreary night of November” where “the rain patter[s] dismally against the panes” (vol I, ch. IV, pg. 37-38). This miserable setting foreshadows Victor’s lifelong misfortune, where the creation triggers his manic, depressive spiral that lasts until the end of the novel. It also signals a larger theme where any attempt to violate nature sets off consequences that no human mind can contain. The novel’s final setting in the brutal Arctic cold further underscores nature’s ultimate authority. Victor, still convinced he can overpower the natural world, instead collapses under the weight of his ego and dies in the ice. His fate teaches us that attempts to defy nature’s boundaries inevitably collapse under forces far greater than human will.

    It is worth noting that Shelley uses mother nature, something traditionally referred to in a feminine context due to its life-giving and nurturing qualities, to highlight male arrogance. Victor himself characterizes the Alps as female, a clear reflection of omnipotent fertility, and on his wedding day, Victor admires “the beautiful Mont Blanc, and the assemblage of snowy mountains that in vain endeavor to emulate her” (vol. III, ch. V, pg. 145).

    Peter Thiel and Frankenstein on Gender Roles

    However, when it comes to Frankenstein and Peter Thiel, opinions on gender roles fly a little under the radar because neither party truly hates women at all. In fact, in a 2016 Bloomberg interview Thiel acknowledges gender disparities in tech, where “only 2 out of 150 [Silicon Valley startups] had woman cofounders, and if you’re 148 to 2, that’s a crazy lack of balance”. While many journalists paint Thiel as a pure misogynist, what they fail to understand is that women don’t follow his libertarian agenda, and Peter Thiel, a man who desperately works to control every single sector, takes issue with this. In Peter Thiel’s essay, The Education of a Libertarian, he states, “since 1920, the vast increase in welfare beneficiaries and the extension of the [voting] franchise to women — [are] two constituencies that are notoriously tough for libertarians.” So, this push for gender inequality stems from a lack of control.

    As I mentioned earlier, because Frankenstein cannot control mother nature, something with nurturing, feminine qualities, he instead feels the need to rape her and “penetrate into the recesses of nature and show how she works in her hiding-places” (vol. I, ch. II, pg. 31). Victor’s irrational fear of building a female creation also stems from a lack of control. According to him, this woman could become “ten thousand times more malignant than her mate” or “turn with disgust from [the male creature] to the superior beauty of man; [leaving him] deserted by one of his own species” (vol. III, ch. III, pg. 124-125). This female creature would have independent free will, along with autonomous opinions and beliefs that could not be controlled by him nor his male creature.

    “Terrified of female sexuality and the power of human reproduction it enables, both he and the patriarchal society he represents use the technologies of science and the laws of the polis to manipulate, control, and repress women.” -Anne K. Mellor, Professor of English Literature and Women’s Studies at UCLA

    And the even crazier part? Both Victor Frankenstein and Peter Thiel prefer other men as romantic and sexual partners. This preference reinforces a desire for relationships they can idealize and control, in contrast to the autonomy they both fear in women. Both Thiel and Frankenstein desire absolute authority, whether in the natural world or the social one. In this framework, women emerge as forces that resist their power, refusing to align with their overarching agenda.

    Peter Thiel and Frankenstein on Technological Stagnation

    Thiel: “It wasn’t zero, but 1750 to 1970 — 200-plus years — were periods of accelerating change. We were relentlessly moving faster: The ships were faster, the railroads were faster, the cars were faster, the planes were faster. It culminates in the Concorde and the Apollo missions. But then, in all sorts of dimensions, things had slowed. […] So, yes, I think broadly we’re in this world that’s still pretty stuck, but it’s not absolutely stuck.” Hans Jochen Scholl, Professor at University of Washington carefully dissects Thiel’s stance:

    “At the core of Thiel’s narrative lies a romantic expectation that innovation should appear as discrete, dramatic breakthroughs—visible, monumental, and physical. Yet history and philosophy suggest otherwise.”

    History does, in fact, suggest otherwise. Victor Frankenstein often felt “discontented and unsatisfied” with modern philosophy of the time, and much preferred the ancient, occult philosophical texts of Agrippa and Paracelsus that focused on magical systems and other imaginative ideas relatively ahead of their time (vol. I ch. I. pg. 25). In fact, Paracelsus effectively served as the blueprint for contemporary transhumanists like Frankenstein and Thiel, and “looked beyond the limits of the human condition, even going so far as to give detailed instructions about how to create a homunculus” (Bjork, 24). To Victor, scientific innovation of the 1800s looked stationary and “promise[d] very little,” clearly diverging from Paracelsus’ dramatic breakthroughs with the potential for monumental impact (vol. I, ch. II, pg. 31). This stagnant characterization aligns with Thiel’s, who also believes that technological advancement is exclusive to big, inspiring events like the Concorde and Apollo missions he mentions in the interview.

    What I find particularly ironic is how the comparison between Peter Thiel and Victor Frankenstein fundamentally debunks each man’s argument. Where Thiel highlights peak innovation from 1750 to 1970, Frankenstein believed that innovation during this exact timeframe felt boring, stagnant, and uninspiring. With this logic, a future technocrat in another couple hundred years might find their modern technological progress particularly stagnant and look to the glory days of the 21st century. Because stagnation is a concept built on perspective, and relative to the eye of its beholder, it becomes a manufactured narrative that these men use to justify their ideologies, rather than a factual trend worth analyzing.


    References

    Bjork, R. E. (n.d.). Beasts, humans, and transhumans (Vol. 45). Arizona Studies in the Middle Ages and the Renaissance.
    Bloomberg. (2016, April 12). Peter Thiel on women in tech [Video]. Bloomberg.
    https://www.bloomberg.com/news/videos/2016-04-12/peter-thiel-on-women-in-tech
    Cato Unbound. (2009, April 13). Education and libertarianism.
    https://www.cato-unbound.org/2009/04/13/peter-thiel/education-libertarian/
    Clay, E. (n.d.). [Article on transhumanism]. Northwestern University.
    https://rprt.northwestern.edu/documents/clay-article-3.pdf
    Complex. (n.d.). Peter Thiel hesitates the human race may survive.
    https://www.complex.com/life/a/cmplxtara-mahadevan/peter-thiel-hesitates-human-race-survive
    Douthat, R. (2025, June 26). Peter Thiel and the Antichrist. The New York Times.
    https://www.nytimes.com/2025/06/26/opinion/peter-thiel-antichrist-ross-douthat.html
    Founders Fund. (2023, August). The diversity myth, 30 years later.
    https://foundersfund.com/2023/08/diversity-myth-30-years-later/
    Guardian Staff. (2025, October 10). Peter Thiel lectures on the Antichrist. The Guardian.
    https://www.theguardian.com/us-news/2025/oct/10/peter-thiel-lectures-antichrist
    Mahadevan, T. (n.d.). Peter Thiel hesitates the human race may survive. Complex.
    https://www.complex.com/life/a/cmplxtara-mahadevan/peter-thiel-hesitates-human-race-survive
    Mellor, A. K. (n.d.). Frankenstein: A feminist critique. University of Pennsylvania.
    https://knarf.english.upenn.edu/Articles/mellor6.html
    Reich, R. B. (n.d.). Women got the right to vote 104 years ago today… [Facebook post]. Facebook.
    https://www.facebook.com/RBReich/posts/women-got-the-right-to-vote-104-years-ago-today-billionaire-peter-thiel-says-tha/1040161870810593/
    Scholl, J. (2025, July 26). Flying cars, AI, and Peter Thiel’s myth of stagnation. University of Washington.
    https://faculty.washington.edu/jscholl/2025/07/26/flying-cars-ai-and-peter-thiels-myth-of-stagnation/
    Shelley, M. (2012). Frankenstein (3rd ed., Norton Critical Edition). W. W. Norton & Company.
    The sublime. (n.d.). Mary Shelley’s Frankenstein.
    https://maryshelleysfrankenstein.omeka.net/exhibits/show/mary-shelley-s-frankenstein/the-sublime
    Transhumanism, Frankenstein, and extinction. (n.d.). Academia.edu.
    https://www.academia.edu/43706522/TRANSHUMANISM_FRANKENSTEIN_AND_EXTINCTION
    Washington Post. (n.d.). Inside billionaire Peter Thiel’s private Antichrist lectures [Podcast].
    https://www.washingtonpost.com/podcasts/post-reports/inside-billionaire-peter-thiels-private-antichrist-lectures/
    Wired. (n.d.). The real stakes—and real story—behind Peter Thiel’s Antichrist obsession.
    https://www.wired.com/story/the-real-stakes-real-story-peter-thiels-antichrist-obsession/
    Wikipedia contributors. (n.d.). Peter Thiel. Wikipedia.
    https://en.wikipedia.org/wiki/Peter_Thiel


  • November Monthly Recap: Thankful for STEM

    November Monthly Recap: Thankful for STEM

    By Bela Koganti

    ~10 minutes


    November is about the three S’s: scarfing down Thanksgiving dinner, seeing family, and splurging on Black Friday. But we’d like to add a fourth: STEM! This November, we’ve advanced in everything from the environment to Jeff Bezos’ Blue Origin, so here’s what you need to know.

    November 3: Gone Glacier

    Antarctica’s Hektoria glacier recently became the quickest-retreating glacier in modern history, and a CU Boulder study published November 3 revealed how and why. From late 2022 to early 2023, over half of Hektoria disintegrated– that’s eight kilometers of ice, gone in just two months.

    Essentially, the flat bedrock (or ice-plain) under Hektoria set it afloat as it thinned, causing the glacier to shed parts into the sea. Such a shedding process is generally called “calving”, and it’s pretty rare. Here’s why it happened in Hektoria’s case:

    1. In the past, glaciers resting on ice-plains dissolved hundreds of meters each day, so Hektoria probably experienced the same process. 
    2. The ice-plain forced Hektoria to begin calving, and that exposure to the ocean created further cracks in the glacier. As the cracks met, they eventually calved the entire glacier.
    3. To confirm the process, scientists found a set of glacier-earthquakes that occurred in unison with the retreat.
    Between 2022 and 2023, broken fast ice allowed ocean water to reach the Hektoria glacier, shrinking it by half / Adrian Luckman / CNN Climate ©

    With this new discovery of how and why Hektoria retreated, scientists can now predict and expect other glacier retreats. However, prediction does not equal prevention. These models show that continued warming, driven largely by human greenhouse gas emissions, will only accelerate this process. In order to help out, let’s follow this guide from the University Corporation for Atmospheric Research (UCAR) to minimize our CO2 emissions; I mean, we might just save a glacier.

    November 8: Crispr for Cholesterol

    Cholesterol. We know it and sometimes fear it, but what is it? Cholesterol levels are determined by LDL cholesterol, a waxy compound that can clog arteries, and triglycerides, the most prominent type of fat in the body. Triglycerides can also harden arteries and artery walls. So, when we have high cholesterol, our arteries might be blocked and we have increased risk of heart attacks, heart diseases, and strokes.

    Around 25% of adults in the United States have increased levels of LDL and triglycerides. Ouch. But never fear, Crispr is here! Crispr, a Swiss biotechnology company that deals with gene-editing, recently tested a new infusion and presented its results on November 8. 

    Their one-time infusion of CTX310, a therapy delivered by liquid nanoparticles, attempted to turn off ANGPTL3, a gene in the liver. Because some people are born with a mutated ANGPTL3 gene that safely protects them from heart disease, the Crispr scientists tried to replicate that. The highest dose given reduced triglyceride and harmful LDL by about 50% in two weeks, and the results lasted through the end of the trial.

    With this initial success, Crispr plans to begin Phase II studies in 2026, and they hope to achieve an infusion that lasts a lifetime. Once safety of treatments is further explored and confirmed, CTX310 may even become a preventative measure. As senior author and chief academic officer of the Heart, Vascular, and Thoracic Institute at Cleveland Clinic Steven Nissen said,

    “This is a revolution in progress.” -Steven Nissen

    November 10: One of a Kind

    The universe cannot be replicated. We follow no simulation, no set mathematics, and no algorithm. Who knew? Well, physicists, apparently. At the University of British Columbia in Okanagan, physicists proved that the universe cannot be simulated.

    There’s a mathematical layer of quantum gravity dubbed the “Platonic realm” that creates even the concepts of space and time. However, these physicists proved that it cannot recreate reality purely with computation. Known as “Gödelian truths,” some things just cannot be understood with logic as they contradict themselves. Think about this for a minute: how would you prove the idea that “this true statement is not provable”? You can’t, and neither can a computer. Statements like this one exist all throughout our universe; when faced with them, computers’ logical algorithms fail.

    Thus, computers cannot know and compute everything about our universe, so they cannot replicate it. We are one of a kind.

    November 13: Bezos in Space

    On November 13, Jeff Bezos launched Blue Origin’s New Glenn rocket out of Florida. New Glenn deployed two of NASA’s Escapade Satellites to measure Mars’ atmosphere and magnetic field, and, for the first time, its reusable booster successfully made it onto a landing pad in the Atlantic Ocean. Blue Origin is now the second company in the world to do so, with Elon Musk in first. Watch the landing here. Okay, check back in 22 months—hm, that’s September of 2027—when the satellites arrive at Mars! 

    New Glenn Launches NASA’s ESCAPADE, Lands Fully Reusable Booster / Blue Origin ©

    November 14: Crispr for Cancer

    And for the second time in one article, Crispr’s here! This time, however, it tackles chemotherapy resistance in lung cancer. A gene called NRF2 can cause resistance to chemotherapy in some cases of cancer, so Crispr scientists looked at disabling it in lung squamous cell carcinoma, an aggressive type of lung cancer that makes up around a quarter of all lung cancer cases.

    They infused R34G, a mutation in NRF2 that can regulate cellular stress reactions; when NRF2’s is overactive, it causes cancer cells to resist chemotherapy, so they used R34G to subdue NRF2’s behavior. Even when they only calmed NRF2 in less than half of tumor cells, it still reduced tumors and improved chemotherapy response.

    “The power of this CRISPR therapy lies in its precision. It’s like an arrow that hits only the bullseye,” Kelly Banas, lead author of the study, said. As Crispr will continue to perform and study trials, R34G might just be the future of cancer treatment.

    November 18: Gemini 3’s Release

    We’ve all seen the AI overviews embedded into Google’s search results. You’re just wondering how long to bake your snickerdoodles for, but the AI’s answer ranges from 8 minutes to 25. What? Then, you look and see twelve recipes referenced. Huh? There’s no way it’s that difficult, you wonder. Yeah, we’ve all been there. 

    However, Google just launched Gemini 3, and they proclaim it their “most intelligent model” yet. Maybe we’ll get a more precise answer on those snickerdoodles now! More confident than ever in Gemini 3, Google embedded it into its search engine on the first day of its release, which they had never done before. Normally, they gradually implant new versions over weeks, or even months. 

    Gemini 3 also brings new features to the table. Or, well, to the phone. “Gemini Agent” can book travel plans, organize your overwhelmed email, and do other multi-step jobs. Additionally, they updated the Gemini app to respond to prompts with answers so thorough they look like websites.

    Well, if you’re looking for a new AI model, Gemini 3 may very well be what you need. And if you’re looking for ridiculously incorrect and vague answers to make fun of, the jury’s still out on whether Gemini 3 is the platform for you or not.

    November 18: A Milky Way Model

    We already discussed computers’ inability to model our universe, but I never said anything about the Milky Way! Researchers from the RIKEN Center for Interdisciplinary Theoretical and Mathematical Sciences (iTHEMS) in Japan, The University of Tokyo, and the Universitat de Barcelona in Spain managed to accurately simulate 100 billion stars over the course of 10 thousand years. 

    Researchers Create First 100-billion-star Milky Way Simulation Using AI / NRAO / Orbital Today ©

    These researchers trained an AI model using high-resolution simulations, and it eventually managed to predict resulting gas expansions. Thus, it created a simulation of the galaxy’s overall dynamics as well as its smaller phenomena. Previous models of the universe would struggle to predict on a small-scale, but this new one can do exactly that. Also, it did so quickly! In just under 3 hours, it created a simulation of the galaxy over 1 million years.

    This new model could become popular for making other simulations that need small- and large-scale accuracy. Like lead researcher Keiya Hirashima said,

    “This achievement also shows that AI-accelerated simulations can move beyond pattern recognition to become a genuine tool for scientific discovery—helping us trace how the elements that formed life itself emerged within our galaxy.” -Keiya Hirashima

    November 18: Antimatter Aplenty

    Have you noticed that this is the third event from November 18? Sounds like a hat trick to me! Anyways, CERN’s Antimatter factory recently undertook a new project called the ALPHA experiment, and they published their findings on November 18. Essentially, they managed to create over 15,000 antihydrogen atoms in under 7 hours.

    Antihydrogen is the most basic form of atomic antimatter, and antimatter is a substance with the same mass and particles as another substance but opposite charges. For example, antihydrogen has the same mass and particles as hydrogen, but hydrogen’s protons have positive charges and its electrons have negative charges while antihydrogen’s protons have negative charges and its electrons have positive charges. When antimatter and matter meet, they destroy each other, creating an immense amount of energy. Antimatter is normally found in particle accelerators, cosmic rays, and medical imaging, but it’s fairly rare as creating it is a lengthy process.

    However, with the ALPHA team’s new method, they’ve managed to make antimatter 8 times faster than normal. Normally, the process involves creating and trapping antiprotons and positrons separately before cooling and merging them together to form antihydrogen, but ALPHA’s unique success came from the way they create their positrons. The general problem with creating antimatter is that trapped positrons refuse to stay still once trapped, and they don’t cool down enough. So, the ALPHA team approached the antihydrogen by adding laser-cooled beryllium ions to the positron trap. The beryllium makes the positrons lose energy through sympathetic cooling, which cools the positrons to around -266 °C and makes them more likely to merge with the antiprotons and form antihydrogen, creating more antimatter.

    Scientists thoroughly study any antimatter they can get, so, with this new abundance, they plan to study gravity’s effect on antimatter in the ALPHA-g experiment. Stay tuned because they may discover new properties and behavior of antimatter, which wouldn’t be possible without ALPHA’s new process.

    Okay, that’s all I have for November. Consider this my holiday gift to you. Enjoy December, and come back for Stemline’s next recap!


    References

    Cai, K. (2025, November 18). Google launches Gemini 3, embeds AI model into search immediately. Reuters. https://www.reuters.com/business/media-telecom/google-launches-gemini-3-embeds-ai-model-into-search-immediately-2025-11-18/
    ChristianaCare Gene Editing Institute. (2025, November 17). CRISPR breakthrough reverses chemotherapy resistance in lung cancer. Eurek Alert! https://www.eurekalert.org/news-releases/1106182
    CRISPR Therapeutics AG. (2025, November 8). CRISPR Therapeutics announces positive phase 1 clinical data for CTX310® demonstrating deep and durable ANGPTL3 editing, triglyceride and lipid lowering. CRISPR Therapeutics. https://crisprtx.com/about-us/press-releases-and-presentations/crispr-therapeutics-announces-positive-phase-1-clinical-data-for-ctx310-demonstrating-deep-and-durable-angptl3-editing-triglyceride-and-lipid-lowering 
    Harris, R. (2025, November 18). Breakthrough in antimatter production. CERN. https://home.cern/news/news/experiments/breakthrough-antimatter-production
    Lohnes, K. (2025, June 13). What is antimatter?. Encyclopedia Britannica. https://www.britannica.com/story/what-is-antimatter 
    Mullin, E. (2025, November 8). A gene-editing therapy cut cholesterol levels by half. Wired. https://www.wired.com/story/a-gene-editing-therapy-cut-cholesterol-levels-by-half/ 
    Riken. (2025, November 18). The simulated Milky Way: 100 billion stars using 7 million CPU cores. Riken. https://www.riken.jp/en/news_pubs/research_news/pr/2025/20251117_2/index.html 
    UCAR. (2020). How do we reduce greenhouse gases? UCAR: Center for Science Education. https://scied.ucar.edu/learning-zone/climate-solutions/reduce-greenhouse-gases 
    University of British Columbia Okanagan campus. (2025, November 10). Physicists prove the Universe isn’t a simulation after all. ScienceDaily. Retrieved December 13, 2025 from http://www.sciencedaily.com/releases/2025/11/251110021052.htm 
    University of Colorado at Boulder. (2025, November 3). Antarctic glacier retreated faster than any other in modern history. Eurek Alert. https://www.eurekalert.org/news-releases/1104274 
    Watch: Blue Origin rocket successfully lands booster for first time [Video]. (2025, November 13). BBC. https://www.bbc.com/news/videos/c5yd0zd6eddo 

  • The Green Price of Intelligence

    The Green Price of Intelligence

    By Summer Chen

    ~ 6 minutes


    Over the past three years, a rush of excitement has emerged globally regarding artificial intelligence. In a student’s everyday life, discussions about artificial intelligence arise frequently- whether about the potential benefits of generative AI, using ChatGPT on homework assignments, or seeing AI’s growing presence on social media platforms like TikTok. 

    Claims that AI holds significant potential in the development of society and technology are impossible to ignore, with AI occupying numerous sectors seen throughout daily life. In fact, when I began writing this article, even clicking enter on a google search titled “Impact of AI on climate change” immediately caused an AI overview to pop up unprompted.  

    AI generated images / The Economic Times India ©

    While the environmental repercussions of AI usage cannot be ignored, to deny the multitude of potential benefits from artificial intelligence would be absurd. Instead, it makes more sense that the use of (mostly generative) AI for recreational purposes is the issue– hundreds of thousands of people contribute to this environmental impact, not realizing that even a short prompt into ChatGPT has been proven by the International Energy Agency to equate to 4-10x the amount of energy that just one Google search consumes.

    There are four key problems attributed to why AI can cause widespread harm to our environment. First, the mining required to extract critical minerals and rare earth elements for the microchips that power AI is incredibly destructive to the environments where these resources are found. Navigating New Horizons confirms this, stating,

    “[The minerals and elements] are often mined unsustainably”.

    The second is that AI servers are held in data centers which produce a shocking amount of electronic waste. They also contain hazardous substances such as mercury and lead, according to the United Nations Environment Program (UNEP). This is harmful because when they are (often) disposed of improperly, the wildlife, soil, air, and water around it are contaminated. 

    Thirdly, these AI data centers use preposterous amounts of electricity and energy, due to advanced technology seen in these models. Therefore, the energy used in most of these data centers comes from fossil fuels which produce greenhouse gases that further contribute to global warming. Research by the University of Nottingham shows that by 2026, AI data centers will likely account for nearly 35% of Ireland’s energy consumption. Added effects to climate change are something that we simply can’t afford currently, with the already increasing rate of rising global temperatures.  

    Pollution due to Elon Musk’s AI data center in Memphis / NAACP ©

    Finally, and most of all, data centers consume a colossal amount of water, not only to construct but also to cool electrical components of AI. Chilled water absorbs heat from computing equipment. This water does not return to the water cycle; most of it is gone forever when used to cool these heated data centers. The centers use mechanical chillers which carry heat away from the servers, releasing it through a condenser, and so the water becomes water vapor where it does not cycle back through treatment systems like in a typical household. Even though some of it returns as rainfall, a majority of vapor in the air cannot be recovered. Not only this, but data centres are often located near locations which are already prone to droughts, which gives the inhabitants of this area even less access to water. This is a huge problem when a quarter of humanity already lacks access to clean water and sanitation. MIT News tells us that for every single kilowatt hour of energy a data center consumes, it would need two entire liters of water for cooling. It is an atrocity to restrict so much life from access to clean water and instead use it on generating ‘a cartoon version of me’ or asking ChatGPT to write a quick email that could be written by the individual in just two minutes instead.  

    The impacts of these contributors on climate change are immense. It also doesn’t help that generative AI models have an extremely short shelf-life as AI companies such as ChatGPT and DeepSeek consistently deliver new models, provoked by rising demand for new AI applications. So, the energy used to train previous models goes to waste every few weeks, and new models use even more energy because they are more advanced than the previous ones. Sure, one person using Perplexity AI doesn’t do much to the environment, but if everyone follows this logic, the large scale of people using AI results in terrible repercussions.

    On the other hand, popular articles repeat that because “500ml of water are used for every 20-50 ChatGPT prompts, not every prompt”, the amount of energy that ChatGPT uses is not that significant. However, like govtech.com states, even if 500ml sounds small, combined with the 122 million people who use ChatGPT daily, this is a lot of water that is wasted for purposeless reasons. AI’s energy use has exploded only because AI has exploded. It is not that each prompt uses a significant amount of energy, but that AI has had an explosive growth being the quickest adopted technology ever, therefore the energy adds up to be significant through the sum of people using AI. 

    As a society, we have to acknowledge that even though AI provides us an abundance of opportunities and ideas for our modern world, we must not forget the consequences to the already declining environment that overuse brings. We should take into consideration that life would most likely not be worse without generative AI for the average person. We should take into consideration that the tradeoff of mindless entertainment and having ChatGPT search for basic facts is worth a better chance at restoring our Earth. And ultimately, we should simply refrain from using AI for recreational reasons unless the purpose is absolutely urgent and necessary.  


    References

    After Ghibli art trend, Barbie Box Challenge breaks the internet: How to create your ai doll avatar?. The Economic Times. (n.d.). https://economictimes.indiatimes.com/magazines/panache/after-ghibli-art-trend-barbie-box-challenge-breaks-the-internet-how-to-create-your-ai-doll-avatar/articleshow/120257077.cms?from=mdr
    Elon Musk’s Xai threatened with lawsuit over air pollution from Memphis Data Center, filed on behalf of NAACP. NAACP. (2025, June 17). https://naacp.org/articles/elon-musks-xai-threatened-lawsuit-over-air-pollution-memphis-data-center-filed-behalf
    GovTech. (n.d.). About Us. GovTech. https://www.govtech.com/about 

  • The Science Behind Flow State

    The Science Behind Flow State

    By: Maggie Wright

    ~ 3 minutes


    Recently, the phrase ‘flow state’ has gone viral on social media, but most people have no clue what’s actually happening in the brain. Creative outlets for your brain start with the flow state, a mental state you can enter during creative activities like art, dance, writing poetry, or even giving a creative speech. When you are fully immersed in what you’re doing, the mind becomes deeply focused and present. This experience is known as the flow state.

    Being in this state can trigger the release of feel-good chemicals such as dopamine, which is associated with pleasure and reward. These chemicals positively affect your brain chemistry and help bring it into balance. The more often you engage in creative activities that lead you into this flow state, the more positive the effects on your mental and emotional health.

    Make the Most of Your Happy Chemicals – Wellbeing Infographic / Trainer Bubble ©

    Routine also plays an important role in achieving flow state. While the brain may become bored with repetition, the discipline of regularly doing creative work helps maintain the steady release of beneficial brain chemicals. Over time, this habit becomes a powerful tool for supporting emotional stability and improving overall brain function. It can also increase your capacity to learn and help you stay in a more positive mood. Your brain is like a muscle that can grow and change with use. Just as going to the gym strengthens your body, creative outlets help strengthen your brain. Whether you’re solving mental math problems, dancing, writing, or painting, these activities exercise the brain in meaningful ways, and with time, you will begin to notice progress in your thinking, mood, and emotional resilience.

    Creative outlets are not just helpful in the long-term, they also provide temporary support. These outlets allow you to process emotions, deal with stress or trauma, and reflect on your day in a positive way. This results in a clear headspace and a more productive day.

    Engaging in creative activities can calm the amygdala, which is the part of the brain responsible for the fight-or-flight response. When you’re feeling anxious or stressed, the amygdala becomes highly active. Creative work signals to the brain that you’re safe, which helps reduce that activation and gives you a sense of relief and clarity. Incorporating creativity into your life is more than just enjoyable, it’s a powerful way to support your mental health and help your brain thrive.


    References

    Freepik. (n.d.). Psychology concept – Sunrise and dreamer woman silhouette [Digital image]. Freepik. https://www.freepik.com/premium-photo/psychology-concept-sunrise-dreamer-woman-silhouette_18124911.htm
    Jean-Berluche, D. (2024). Creative expression and mental health. Journal of Creativity, 34(2), 100083. https://doi.org/10.1016/j.yjoc.2024.100083 ScienceDirect
    Kumar, V. et al. (2024). Creative pursuits for mental health and well-being. PMC
    Suttie, J. (2018, July 11). Where does happiness reside in the brain? Greater Good Science Center. https://greatergood.berkeley.edu/article/item/where_does_happiness_reside_in_the_brain 
    The Role of Handmade Crafts in Mental Health and Self-Care. (2023, January 25). Awesome Pattern Studio. https://awesomepatternstudio.com/blog/blog/the-role-of-handmade-crafts-in-mental-health-and-self-care/ Awesome Pattern Studio
    Trainer Bubble. (n.d.). Make the most of your happy chemicals – Wellbeing infographic [Infographic]. Trainer Bubble. https://www.trainerbubble.com/make-the-most-of-your-happy-chemicals-wellbeing-infographic/ 
    UCLA Health. (2025, May 15). 3 proven health benefits of having a hobby. https://www.uclahealth.org/news/article/3-proven-health-benefits-having-hobby UCLA Health

  • October Monthly Recap: How’s It Falling?

    October Monthly Recap: How’s It Falling?

    By Bela Koganti

    ~ 14 minutes


    This October, STEM has reached new heights in astronomy, medicine, and awards. So, here’s an outline of what you need to know to stay informed.

    October 1: Enceladus

    Enceladus / NASA Science ©

    Saturn already has the highest number of known moons in our solar system, with 250, but it could also become the only planet with a habitable moon. Greedy, right? The 2005-2017 Cassini-Huygens mission to Saturn revealed clefts in the surface of Enceladus (one of Saturn’s moons) that shoot out water vapor ‘plumes’ into space as a ring (dubbed the E-ring) that circles Saturn. These clefts are believed to receive their water from an ocean below Enceladus’ surface. When the Cassini spacecraft flew through the plumes as they sprayed, it collected ice grains. Since the mission, scientists have been researching these grains, and they’ve found that Enceladus’ plumes hold carbon-containing molecules like aliphatic, heterocyclic esters, alkalines, ethers, ethyl, possibly nitrogenic, and possibly oxygenic compounds. They published their most up-to-date findings this October 1. 

    To break all this down, these carbon-containing molecules basically mean that the moon Enceladus might have the potential to house life. But don’t get too excited— it’s also possible that these molecules only become organic due to radiation, where ions in Saturn’s magnetosphere chemically react with the E-ring particles. To find out the truth, the European Space Agency might send an orbiter to Enceladus to sample fresh ice. Their orbiter wouldn’t arrive till 2054, so I suppose we’ll just cross our fingers till then. 

    October 3: From Type A to Type O

    We all know and love universal blood type O, but what about those who actually have it? For kidney transplants, type-A positive, -B positive, and -AB positive patients can receive their own respective type and type-O; however, type-O patients can only receive type-O kidneys. Thus, when these other patients receive type-O kidneys, people with type-O lack donors, end up waiting two to four years longer for their kidneys, and often die during the wait. Oh, and let’s not forget that type-O patients comprise over half of the kidney waiting lists!

    Scientists from the University of British Columbia have been tirelessly studying this catastrophe for over a decade, and they published their first successful transplant this October 3. They managed to place two reactive enzymes in a type-A kidney so that the kidney changed to universal type-O. Sugars that coat organs’ blood vessels determine blood type, so they created an enzyme reaction to strip away the defining sugars. While past conversions have needed live donors and changed antibodies within patients, compromising their immune systems, this new method changes the kidney itself and uses deceased donors.

    Blood Types / Australian Academy of Science ©

    So, here’s what happened in their transplant test:

    1. Scientists converted a type-A kidney using the enzymes
    2. Placed the kidney in a deceased recipient (with the family’s permission)
    3. Days 1-2: the body showed no signs of rejecting the kidney
    4. Day 3: a few of the type-A attributes reappeared, which is a slight reaction, but nothing as severe as in previous conversions
    5. The body showed signs of tolerating the kidney anyway
    6. Success!

    October 6: 2025 Nobel Prize in Physiology or Medicine

    This year, the 2025 Nobel Prize in Physiology or Medicine has been awarded to three people! Mary E. Brunkow, Fred Ramsdell, and Shimon Sakaguchi earned it for their advancements on ‘peripheral immune tolerance’, the mechanism that ensures the immune system doesn’t hurt the body. Essentially, peripheral immune tolerance prevents humans from having all kinds of autoimmune diseases. However, prior to these three, scientists had no real understanding of why or how this system worked. Brunkow, Ramsdell, and Sakaguchi built on each other’s findings to discover ‘regulatory T cells’, the agents behind peripheral immune tolerance.

    Nobel Prize in Medicine / Lindau Nobel Laureates ©

    Here’s how they did it:

    1. 1995: Sakaguchi debunked the popular theory of ‘central tolerance’ by discovering a new group of immune cells. 
    2. 2001: Brunkow and Ramsdell explained why a certain type of mice was particularly defenseless against autoimmune diseases. They found that strain to have a mutation in what they dubbed their ‘Foxp3’ gene, and they showed that humans have a similar gene, which also causes an autoimmune disease when mutated. 
    3. 2003: Sakaguchi showed that the Foxp3 gene dictates the growth of the cells he previously found. These cells became known as ‘regulatory T cells’, and they supervise cells in the immune system as well as the immune system’s tolerance of the human body.

    All this is awesome, but let’s see how their discovery actually impacted modern medicine. Scientists have found that regulatory T cells can actually protect tumours from the immune system, so, in this case, they are looking for a way to dismantle the cells. However, to combat autoimmune diseases, scientists can implant more regulatory T cells into the body to help prevent the immune system from attacking the body. So, just as Ann Fernholm proclaimed, “they have thus conferred the greatest benefit to humankind.”

    October 7: 2025 Nobel Prize in Physics

    Get this: another trio received the 2025 Nobel Prize in Physics! The Royal Swedish Academy of Sciences bestowed the honor onto John Clarke, Michel H. Devoret, and John M. Martinis for their experiments demonstrating quantum physics within a larger system. Quantum physics, or quantum mechanics, allows tunneling, which is when particles pass through barriers. Normally, the effects of quantum mechanics become negligible once they start working with large particles, but Clarke, Devoret, and Martinis showed that tunneling can still happen in a larger system.

    Nobel Prize in Physics / Lindau Nobel Laureates ©

    Just like with our last trio, here’s how they did it: 

    1. 1984-1985: They experimented with passing a current of charged particles through a controlled circuit containing superconductors. They found that the multiple particles acted like one large particle when going through the superconductor. The quantum part of this was that the system used tunneling to go from zero-voltage to a voltage. So, they concluded that quantum mechanics can still cause tunneling in a macroscopic system.

    And why do we care? Well, Olle Eriksson, the Chair of the Nobel Committee for Physics, said, “It is wonderful to be able to celebrate the way that century-old quantum mechanics continually offers new surprises. It is also enormously useful, as quantum mechanics is the foundation of all digital technology.” I don’t know about you, but I think I’ll take his word for it.

    October 8: 2025 Nobel Prize in Chemistry

    Our LAST Nobel Prize trio of October comes in Chemistry! Susumu Kitagawa, Richard Robson, and Omar M. Yaghi received the 2025 Nobel Prize in Chemistry from the Royal Swedish Academy of Sciences for their ‘metal-organic frameworks (MOFs)’. These frameworks are from their new molecular construction, where carbon-based molecules link together metal ions so that the two form MOFs, which are essentially porous crystals. Scientists can then manipulate these MOFs to take in and guard particular substances. MOFs can also create chemical reactions and direct electricity. So, with these MOFs, scientists can design materials with particular functions of their choosing.

    Nobel Prize in Chemistry / Lindau Nobel Laureates ©

    You know the drill– here’s how they did it:

    1. 1989: Robson began testing the properties of atoms by combining copper molecules with four-pronged molecules, and this created porous crystals similar to MOFs. However, these MOF impersonators were unstable and needed someone to fix them.
    2. 1992-2003: Enter- Kitagawa and Yaghi. From his experiments, Kitagawa concluded that MOFs could be changed and modified as gases could run through them. Then, Yaghi made a stable MOF and showed that they could be manipulated to have new properties.

    Since their discoveries, scientists have made tons of their own unique MOFs, each equipped to solve a different problem. We can thank MOFs for giving us a safer Earth. I mean, any kind of chemical substance that can make clean water, grab carbon dioxide from the air, or produce water from desert air sounds like a good one to me. 

    October 11: The Surprising Link Between COVID-19 and Anxiety

    Covid. The word that teleports Gen-Z right back to online school in pajamas, Roblox, and Charli D’Amelio. We all know and hate it, but did we realize that it might be affecting future generations who weren’t even alive in 2020? 

    A study published on October 11 revealed that male mice who contracted COVID-19 birthed children with more anxiety-like behaviors than those of uninfected mice’s children. Basically, COVID-19 changes RNA molecules in the male’s sperm, which then dictates his children’s brain development. In female offspring specifically, their brain’s hippocampus region, which deals with behaviors including anxiety and depression, was altered. The authors of the study believe that these changes may cause increased anxiety levels.

    Okay, okay. Remember: this study was done on mice, not humans. More research is needed to see if humans will experience similar effects, but for now, we’re safe.

    October 12: Light Years Away

    “A long time ago in a galaxy far, far away…” Wait, what? A long time ago? Evidence suggesting that the closest alien civilization may be 33,000 light-years away did come out this October 12, but for the estimate to be feasible, the civilization would need to have already existed for at least 280,000 years. Yeah, that feels like a long time ago. And don’t worry about the far, far away part– I’d call 33,000 light-years pretty far. 

    At a recent meeting in Helsinki, research was shown indicating such a possibility. Here’s the criteria for a planet to have extraterrestrial life and actually sustain itself:

    1. Carbon dioxide in the atmosphere (so photosynthesis can work and support life)
    2. An atmosphere of at least 18% oxygen (complex animals need more oxygen, and there must be enough oxygen for fire because blacksmithing must happen to technologically advance)
    3. Average lifetime of about 10 million years (so they can exist at the same time as us)
    4. Already existed for at least 280,000 years (so civilization can develop and they can exist at the same time as us)

    Keeping these in mind, scientists have concluded that if there is an alien civilization existing at the same time as us in the same galaxy, it would have to be at least 33,000 light-years away. To put that into perspective, our Sun is about 27,000 light-years away from us. Yeah. Pretty far.

    October 20: Enteral Ventilation

    Sometimes, CPR isn’t enough to save respiratory failure. Then, patients turn to mechanical ventilation. But sometimes mechanical ventilation is too much, and the lungs end up even further damaged. Enteral ventilation, however, may just be the sweet spot. Enteral ventilation is a practice where perfluorodecalin, an exceptionally oxygen-soluble liquid, is administered through the intestine to deliver oxygen to the body while the lungs heal. Published on October 20, the first in-human study of enteral ventilation succeeded and was demonstrated to be safe. The only side effects were bloating and stomach pain, but those quickly resolved, and perfluorodecalin concentrations nearly disappeared from the bloodstream (a good thing!). 

    After this safe and tolerated success, more studies on enteral ventilation will soon develop, and lungs everywhere may be saved.

    October 20: CI Chondrite on the Moon

    Before we get into any of this moon stuff, you may be wondering what in the world (or should I say galaxy) CI Chondrite is. I’m here to help! CI Chondrite, a porous and the most water-dense meteorite, generally breaks before it can reach Earth because its properties make it so crumbly. CI Chondrite actually makes up less than one percent of all meteorites on Earth. That means it also barely ever reaches the moon. However, during their Chang’e-6 mission published on October 21, the China National Space Administration found traces of CI Chondrite dust on the moon.

    A Chondrite Meteorite

    Here’s how they did it:

    1. They looked at thousands of fragments from the Apollo Basin, a sub-basin in the South Pole-Aikten Basin that acts as a hotspot for debris since it covers one-fourth of the moon.
    2. They looked for pieces with olivine, a mineral normally in meteorites. 
    3. Then, they analyzed the olivine pieces and found seven with properties identical to CI Chondrite
    4. When analyzing, they found that the pieces did not have the chemical ratios expected for lunar debris.
    5. However, they realized that the seven fragments’ ratios did align with those of a CI Chondrite asteroid that crashed, melted, and solidified on the moon early in the solar system’s history.

    With these discoveries, the team found the first solid evidence that CI Chondrite once hit the moon and that CI Chondrite can be preserved after such a crash. Actually, they found that CI Chondrite could comprise up to 30 percent of the Moon’s meteorite debris. Additionally, their study provided evidence to help back up the theory that CI Chondrite once created water and volatiles on the Earth and Moon. More research is needed to see if it’s really true, but those missions will now be much easier with the China National Space Administration’s new process to find CI Chondrite.

    October 27: Back to the Basics

    Nope, not like the song. On October 27, in the Astrophysical Journal Letters, scientists described their findings of what they believed to be Population III stars, one of the first groups of stars in the galaxy. With the James Webb Space Telescope, they pinpointed them in LAP1-B, a cluster of stars 12 billion light-years away from Earth. Scientists believe Population III stars are some of the first stars made after the Big Bang, and they have a unique property of being a billion times brighter than and a million times the mass of our Sun. 

    Here’s why they believe their discovered stars to be Population III:

    1. Emission lines on the stars’ spectra indicated high-energy photons, which are consistent with Population III stars.
    2. Their spectra showed them to be extremely large.
    3. Their masses aligned with astronomers’ guesses for those of Population III stars.
    4. They were in LAP1-B, whose properties agree with the criteria for Population III.
      1. It’s a low hydrogen and helium environment.
      2. Its temperature can support star formation.
      3. It’s a low-mass cluster, and it had few large stars before those of Population III.
      4. It meets mathematical criteria for forming stars and keeping them alive.

    Seems pretty feasible, right? Anyways, these scientists were the first to find a group of stars that meets all criteria for being Population III, and these ancient stars can actually explain the galaxy’s construction and development. That’s all for STEM this October, but don’t worry, because this November’s looking like a great one.

    References

    Cooper, K. (2025, October 2). Saturn’s moon Enceladus is shooting out organic molecules that could help create life. Space.com. https://www.space.com/astronomy/saturn/saturns-moon-enceladus-is-shooting-out-organic-molecules-that-could-help-create-life 
    Europlanet. (2025, October 12). Closest alien civilization could be 33,000 light years away. Science Daily. https://www.sciencedaily.com/releases/2025/10/251011105533.htm 
    Fernholm, A. (2025, October 6). Popular science background: They understood how the immune system is kept in check. Nobel Prize. https://www.nobelprize.org/uploads/2025/10/popular-medicineprize2025-2.pdf 
    The Florey. (2025, October 11). COVID-19 causes changes in sperm that lead to increased anxiety in offspring. The Florey. https://florey.edu.au/news/2025/10/covid-19-causes-changes-in-sperm-that-lead-to-increased-anxiety-in-offspring/ 
    Howell, E. (2017, September 15). Cassini-Huygens: Exploring Saturn’s system. Space.com. https://www.space.com/17754-cassini-huygens.html 
    Howell, E. (2025, October 27). James Webb telescope may have found the first stars in the universe, new study claims. Live Science. https://www.livescience.com/space/cosmology/james-webb-telescope-may-have-found-the-universes-first-generation-of-stars 
    Kungl. Vetenskaps-Akademien. (2025, October 7). Press release (Nobel Prize in Physics 2025). Nobel Prize. https://www.nobelprize.org/prizes/physics/2025/press-release/ 
    Kungl. Vetenskaps-Akademien. (2025, October 8). Press release (Nobel Prize in Chemistry 2025). Nobel Prize. https://www.nobelprize.org/prizes/chemistry/2025/press-release/ 
    Med. (2025, October 20). Safety and tolerability of intrarectal perfluorodecalin for enteral ventilation in a first-in-human trial. Cell. https://www.cell.com/med/abstract/S2666-6340(25)00314-9 
    Nobelförsamlingen. (2025, October 6). Press release (Nobel Prize in Physiology or Medicine 2025). Nobel Prize. https://www.nobelprize.org/prizes/medicine/2025/press-release/ 
    Starr, M. (2025, October 21). China brought something unexpected back from the far side of the Moon. Science Alert. https://www.sciencealert.com/china-brought-something-unexpected-back-from-the-far-side-of-the-moon 
    University of British Columbia. (2025, October 3). UBC enzyme technology clears first human test toward universal donor organs for transplantation. Eurek Alert. https://www.eurekalert.org/news-releases/1100223 

  • ‘The Second Brain’ The Gut Microbiome’s Effect on Your Mental Health

    ‘The Second Brain’ The Gut Microbiome’s Effect on Your Mental Health

    By Gianna Lee

    ~ 4 minutes


    Every year, in the United States, millions are diagnosed with schizophrenia, autism, and depression . These disabilities severely hinder people’s way of living, therefore, it is crucial for us to find ways to prevent individuals from suffering. In the past few years, research has shown that the gut has a significant connection with your brain.

    The ENS

    The ENS (enteric nervous system) is what some researchers call your “second brain.” It is composed of two layers that have hundreds of millions of nerve cells that dictate your mood shifts. Located in the gut, this system efficiently communicates with the central nervous system, connecting your mind and body.

    The ENS sends signals to your brain via the gut-brain axis. For example, when the gut signals hunger, the brain sends out a stressor leading to your blood sugar dropping, which makes you frustrated or irritated. This shows that the brain and gut are in constant communication, which can be linked to mental illness.  With this logic, we can understand that while microorganisms within the gut can prevent mental illness, others can cause them.

    In cases of Schizophrenia, clinical research has shown similarities within the gut between patients; 8 cases of Schizophrenia found that their gut contained similar gut microbiota such as: Lactobacillus, Enterococcus, and Bifidobacterium. Scientists then prescribed probiotics to these patients which reduced inflammation and contributed to a better state and overall mood.

    The Mind and Gut’s Relationship

    While research is still being developed regarding the link between the two, findings are piling up in order to help us understand the relationship between the gut and mind.

    In order to maintain a healthy gut and mindset, there are a few ways to keep yourself healthy. You are what you eat. Your diet is a major factor for a healthy gut, so nourishing your gut with a diverse and balanced diet can feed bacteria, allowing for an improved mood! Some healthy nutrition options include probiotics such as: kimchi, kefir, and other fermented items, as well as  prebiotics like green vegetables, legumes, whole grains, and nuts.

    Additionally, ways to completely treat mental illness are still being discovered. A process called “Faecal microbiota transplant” has recently been found to be a possible cure. The process allows  donors with healthy guts to donate stool to patients suffering from infected colons. This process is usually used to treat infection, however, studies were done that found out a few cases of clinical depression were cured through this process. 

    To sum it up, the gut microbiome may not seem like much, however it does play a significant role in mental health. The link between the two is still being studied to this day, with new findings revealing that treatments may cure existing mental illness. As of now, the current best way to maintain a healthy mental state is to ensure a healthy diet. Hopefully, one day we will be able to cure mental illness through these ground breaking discoveries, and when that happens, I will be here to report it!


    References

    GBD 2019 Mental Disorders Collaborators. (2022). Global, regional, and national burden of 12 mental disorders in 204 countries and territories, 1990–2019: A systematic analysis for the Global Burden of Disease Study 2019. The Lancet Psychiatry, 9(2), 137–150. https://doi.org/10.1016/s2215-0366(21)00395-3
    Health, N. (2025). The gut-mental health connection: How to improve both for overall well-being. Nuvance Health. https://www.nuvancehealth.org/health-tips-and-news/the-gut-mental-health-connection
    Johns Hopkins Medicine. (2019). The brain-gut Connection. John Hopkins Medicine. https://www.hopkinsmedicine.org/health/wellness-and-prevention/the-brain-gut-connection
    Li, Z., Tao, X., Wang, D., Pu, J., Liu, Y., Gui, S., Zhong, X., Yang, D., Zhou, H., Tao, W., Chen, W., Chen, X., Chen, Y., Chen, X., & Xie, P. (2024). Alterations of the gut microbiota in patients with schizophrenia. Frontiers in Psychiatry, 15, 1366311. https://doi.org/10.3389/fpsyt.2024.1366311
    Morrow, R. (2021, November 17). 9 Soulicious Soup Recipes. Foodmatters.com; Food Matters. https://www.foodmatters.com/recipe/9-soulicious-soup-recipes

  • Your Kitchen; Your Chem Lab!

    Your Kitchen; Your Chem Lab!

    By Kathleen Jiang 

    ~4 minutes


    Cooking is instrumental in everyone’s life. Think about how many times you’ve eaten today! Eggs for breakfast, milk as a drink, pirate booty’s as a snack, mac n cheese for lunch, and pizza for dinner. We all spend minutes, even hours of our lives simply deciding what foods to eat, but have we ever dug deeper into  what chemicals we’re eating? After all, cooking is chemistry and something has to keep that twinkie immortal! In this article, we will take out our detective gloves to examine what we’re really putting in our bodies, then uncover the history of cooking, and finally discover the impact of cooking on American culture.

    Let’s head to the lab! When looking at a typical American kitchen, you’ll notice a trend of processed foods such as deli meat, sauces, and pastas. This happens because processing often alters the food, leading to a sharp increase in sugars, sodium, and calories. While  processing itself is not inherently bad, the abundance of ultra processed foods (a certain kind of extremely unhealthy processed food with abundant fats, calories, and salts) has been linked to higher cancer risk. This is due to the production process which often adds additives or strips nutrients from the food. While most foods undergo some kind of process, this article will refer to ultra processed foods such as packaged snacks, bread, cereal, processed meat, condiments, sweets and alcoholic beverages, and candies and desserts. 

    Ultra Processed Foods / Unhealthy Snacks in a Cart / Public Domain Media / Picryl ©

    Processed foods such as cheese, noodles, and even oil have always existed as a main staple in ancient diets. As food has evolved, new processing techniques such as the invention of hermetling bottling in 1809 has led to widespread canning and tinning, while Louis Pasteur’s discovery of  pasteurization in 1864 inadvertently caused the increasing popularity of processed foods. During World War I, the convenience of processed food continued to remain relevant, as people rapidly advanced machinery creating  microwaves and blenders, and sought food that was nutritionally dense to fight malnutrition and disease. In the modern age, the most recent rise of processed foods is credited to food marketing. Fast food companies spend billions of dollars in marketing each year, and according to wildhealth.com, in 2017, 80% of their ads focused on candy, snacks, and fast food which are all ultra-processed foods (UPFs).

    Bright. Colorful. Iconic. Everyone has fallen for the sugary promises without realizing they are being preyed on by these advertisers.

    Louis Pasteur Experiment / Wikimedia Commons ©

    Label marketing has also had a detrimental effect on the food industry. The FDA sets standards that companies must abide by, however many of these standards are outdated and the 1994 definition of “healthy” to be placed on food products was changed only three years ago which resulted in limits being set for the amount of fat, cholesterol, and sodium in a product.

    We may sacrifice nutrition for convenience, but these unhealthy habits are linked to 30+ health conditions and are proven to increase  risk of complications such as cardiovascular disease, cancers, obesity, and type 2 diabetes. As Dr. Devies puts it “Ultraprocessed foods are better at preserving shelf life than human life.” Data shows that 57% of adult diets and 67% of children’s diets consist of ultra-processed foods. The laboratory may create a product that has an excellent appeal, and a long shelf life, but do not be fooled. It is devoid of the important nutrients that our bodies actually crave.

    Curbing Intake of Processed Foods / Think IAS Think Drishti ©

    Can you name 5 ingredients in a cheetos bag? Processed foods have become a major component in many American diets contributing to the obesity and overweight crises which sever our connection to the natural foods that our ancestors ate. While eating junk may be more convenient, the physical effects will catch you in the long run.


    References

    Berg, S. (2024, November 8). What doctors wish patients knew about Ultraprocessed Foods. American Medical Association. https://www.ama-assn.org/public-health/prevention-wellness/what-doctors-wish-patients-knew-about-ultraprocessed-foods
    Drishti IAS. (2024, April 24). Curbing intake of Processed Foods. https://www.drishtiias.com/daily-updates/daily-news-editorials/curbing-intake-of-processed-foods
    The rise of processed foods in the United States. RSS. (n.d.). https://www.wildhealth.com/blog/everything-to-know-about-the-rise-of-processed-foods-in-the-united-states 
    Thomme, G. V. (n.d.). 7 examples of processed food. MD Anderson Cancer Center. https://www.mdanderson.org/cancerwise/7-examples-of-processed-food.h00-159621801.html