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MIT engineers have introduced a novel method to enhance T-cell responses in mRNA vaccines, potentially resulting in more potent cancer vaccines and improved defenses against infectious diseases. Typically, vaccines stimulate antibodies and T cells by activating antigen-presenting cells like dendritic cells. This research, however, fortified the T-cell response using a new vaccine adjuvant. These adjuvants…

Think about how much of your day is spent collecting information. We often browse through data we deem important, driven by the powerful urge of “not knowing.” This need to close the gap in our knowledge ignites curiosity and leads to a sense of fulfillment. The thrill of discovering necessary information captivates us and helps…

A survey conducted in 2025 by the Higher Education Policy Institute revealed that 92% of university students now incorporate AI tools in their studies, a significant rise from 66% the previous year, according to Freeman (2025). For educators in online settings, the focus has moved from whether to permit AI to how to develop courses…

William Hanage, a professor of epidemiology at Harvard, believes that the hantavirus outbreak on the Dutch cruise ship MV Hondius will eventually be contained, though it may take some time. The focus is now on preventing further transmission as 18 American passengers have returned to the U.S., while others are heading back to their home…

Harvard University has unveiled a database revealing 1,613 individuals who were enslaved by leaders, faculty, or staff, or who worked on the campus from 1636 to 1865. This publicly accessible resource is part of the Harvard Slavery Remembrance Program (HSRP), updating the initial 2022 report by the Presidential Committee on Harvard & the Legacy of…

Dark matter is believed to constitute the majority of matter in the universe, interacting with its surroundings solely through gravity. When two black holes collide in a dense dark matter region, gravitational waves generated could bear traces of this dark matter. Now, physicists propose that these traces might be detectable in gravitational waves observed on…

Quantum computers hold the potential to tackle complex issues beyond the reach of classical machines, such as simulating intricate molecular interactions for drug and materials development. However, creating a superconducting quantum computer suitable for practical use requires scientists to engineer thousands of circuits with minimal error rates. To aid in this, MIT and Lincoln Laboratory…

MIT researchers have developed a new technique called “implosion carving” that creates vacancies in materials, reducing them to approximately 1/2,000 of their original size. This advancement in nanotechnology could lead to devices for optical computing and visible light manipulation. The method utilizes photopatterning in a hydrogel, achieving features smaller than 100 nanometers, allowing the devices…

A new study from MIT researchers reveals that electric vehicles (EVs) produce fewer greenhouse gas emissions and do not incur higher costs than similar gas-powered vehicles for most U.S. drivers and fleet owners. This study considers diverse factors, including climate, electricity sources, traffic, and driving patterns. By using meteorological data, trip distances and durations, and…

Experts warn that the erosion of foundational knowledge due to artificial intelligence (AI) in educational settings poses a significant threat. During a Harvard Education Press event on Thursday, educators emphasized the importance of teaching students not only how to use AI tools but also to consider their ethical, social, and bias-related implications. Stephanie Smith Budhai…