By Aarav Shah; Technology Columnist; The Lawrenceville School, NJ Long a major problem and currently spreading a frightening wave across parts of the African continent, Ebola continues to resurge into the mainstream population in certain parts of the world. The Ebola disease is caused by becoming infected with orthoebolavirus, and the current associated mortality rate with Ebola stands at approximately eighty to ninety percent depending on the severity. This specific type of

By Aarav Shah, Technology Columnist; The Lawrenceville School, NJ Both robots and artificial intelligence have come a long way, developing from returning speech input manually to displaying dexterity and other physical exercises. Yet, with the question of robots' feasibility in the workplace and the potential replacement of human jobs, one thing is certain. If robots are heightened to initiate this major turning point in the world's history, then they need to be able to analy

By Aarav Shah; Technology Columnist; The Lawrenceville School, NJ Conventionally, pacemakers are frequently used by many patients worldwide in an effort to establish a regular, consistent, and rhythmic heartbeat. In more detail, pacemakers are small, battery-operated devices that have an objective of ensuring that the heartbeat is not at too slow of a pace. There are multiple different types and variations of pacemakers: single chamber pacemakers, dual chamber pacemakers, and

By Sophia Wang; Physics and Aerospace Associate; The Lawrenceville School, NJ Given the rising demand for data centers, a new system developed by MIT researchers to optimize their performance has the potential to transform the tech industry. Typical methods used to increase efficiency such as acquiring advanced hardware or upgrading old infrastructure can be expensive and impractical. However, this breakthrough in software provides a way to optimize data centers at a comparat

By Aadya Agarwal; Biology and Chemistry Associate; The Lawrenceville School, NJ As climate change remains a global issue, the pivot from fossil fuels to renewable energy is only becoming more urgent. Although robust methods have been developed for capturing energy from a variety of sources, transporting and storing it effectively remains a central challenge. Recently, this gap has been addressed by the innovation of solar fuel catalysts which can efficiently convert sunlight

By Elena Shen; Outreach Associate; The Lawrenceville School, NJ Researchers from UCLA have developed a way to use RNA to build and program artificial organelles. The lead author of the study on this approach, Shiyi Li, stated, “We can control how and where these RNA droplets form and what they attract, effectively creating new, temporary rooms inside the cell furnished with selected molecular tools”. This method allows scientists to control the size, location, and function of

By Ishika Mahadani, The Lawrenceville School, NJ This paper explores how quantum teleportation works, the challenges involved in transmitting quantum information, and what recent breakthroughs mean for the future of communication. Quantum teleportation is a way to send the state of a quantum particle from one place to another, without moving the particle itself. [insert whoever found this] recently found that quantum communication could one day work outside carefully controll

By Diya Poluru; Technology Columnist; The Lawrenceville School, NJ In 1816, the first camera was invented. In the 1880s, the first headphones were invented. Far before the age of Bluetooth and miniscule, portable cameras, people could barely fathom the future of these two revolutionary technologies. But now, with technologies ranging from cameras that can fit in one’s palm and wireless earbuds, a new technology emerges: VueBuds. On April 13th, 2026, researchers at the Univer

By Emily Ma, The Lawrenceville School, NJ Imagine plugging in an electronic device and having it fully charged in seconds. With quantum batteries, this can become a reality. Researchers Rober Alicki and Mark Fannes, in 2013, proposed a method of storing and releasing energy with quantum mechanics that would allow batteries to be more efficient, durable, and convenient. Instead of relying on chemical reactions like conventional lithium-ion batteries, quantum batteries utilize

By Esha Desai; Physics & Aerospace Associate; The Lawrenceville School, NJ 1 in 8 men in their lifetime will develop prostate cancer, the second most common cancer in men worldwide. Prostate cancer occurs when prostate gland cells duplicate uncontrollably, causing debilitating symptoms such as bone pain and weakness in the arms and legs. Traditional treatments for prostate cancer are chemotherapy and radiation therapy. However, these treatments are costly, and prostate cancer

By Kate Wei; Outreach Columnist; The Lawrenceville School, NJ In the rapidly advancing world of nanomaterials, even the smallest imperfections can bear consequences. Imagine a material as thin as a few atoms, capable of conducting electricity better than metals and shielding devices from harmful electromagnetic waves. MXenes, a class of two-dimensional materials first discovered in 2011, have long promised exactly that. Now, a new synthesis method using halogen vapor has incr

By Shane Mayer, The Lawrenceville School, NJ On April 1, 2026, NASA launched Artemis 2, a 10-day mission that traveled around the moon carrying a crew of four aboard the Orion spacecraft. The spacecraft returned Friday, April 10th, marking the first crewed mission to the Moon or beyond low Earth orbit in 50 years and reached a record-setting distance for human spaceflight (traveled 252,756 miles away from Earth). Artemis 2 served as a critical test flight, gathering informati

By Diya Poluru; Technology Columnist; The Lawrenceville School, NJ Antimatter - among the world’s rarest, most mysterious, and most expensive substances, typically known to cost over $60 trillion per gram. Antimatter is extremely fragile and difficult to handle, and upon contact with the matter that makes up our world, it could annihilate. However, last month, physicists successfully transported antimatter by truck for the first time, safely moving trapped antiprotons across

By Max Garsten; Chapter Head ; Choate Rosemary Hall, CT When the James Webb Space Telescope began peering into the distant universe, astronomers expected to see the first faint galaxies and stars. But surprisingly, the astronomers also found tiny red dots that don't match any known celestial object. Researchers have been calling them little red dots (LRDs), or informally “rubies” (Nature, Ahart, 2025). These objects, seen with light from a universe less than two billion years

By Anvi Anand ’27, Oceana Li ’27, Kate Choi ’28, Diya Poluru ’29; Tech Column; The Lawrenceville School, NJ In March 2026, a dispute over the use of artificial intelligence (AI) in military environments arose between the San Francisco-based AI research company Anthropic and the U.S. government. Tensions between the company’s policies and military usage of their products were high, especially after the Venezuela incident, in which AI was utilized in an operation to capture Ve

By Diya Poluru; Tech Associate; The Lawrenceville School, NJ Picture this: a disc of yttrium barium copper oxide, a superconductor, discovered in liquid nitrogen boiling into gas at room temperature, hovering above a track of magnets. No strings attached, nothing holding the disc up except pure science. You wave your hand beneath it, above it, but it stays put. You even tilt it at an angle, and it remains there, suspended in the air. Give the disc a quick push with your fin

By Ananya Chopra, The Lawrenceville School, NJ As the most powerful launch vehicle ever built, Starship represents a vision for a reusable and scalable space transport system that will transform the spaceflight industry. Its design for full reusability, massive payloads, and deep-space missions has the potential to transform the future of human space exploration, satellite logistics, and commercial access to orbit. Unlike traditional rockets, which discard the upper stages a