A study suggests genetics, specifically the APOE4 gene variant, plays a key role in Alzheimer's disease, potentially affecting diagnosis and treatment.

Researchers from SMART and colleagues identified a mechanism behind drug resistance in malaria parasites, involving tRNA modification, which could lead to new treatments against the disease.

MIT and MITRE have developed a new modular quantum computing platform that may surpass current supercomputers, utilizing a "quantum-system-on-chip" for controlling thousands of qubits.

An MIT study found that both the public and experts take policy warnings on social media as seriously as traditional formal statements, challenging assumptions about the credibility of social media communications by world leaders.

Harvard scientists and Amazon Web Services have established the longest quantum network yet between Boston and Cambridge. This breakthrough in quantum networking aims for ultra-secure communication and future quantum internet development.

MIT researchers found that the human brain recognizes objects in black-and-white images, stemming from visual limitations at birth, which may affect individuals regaining sight later.

MIT scientists developed a new hydrogel coating that may prevent scarring around medical implants like pacemakers, potentially increasing the devices' longevity.

Boston Metal, an MIT spinoff, is implementing molten oxide electrolysis to produce steel with electricity instead of coal, reducing the industry's carbon footprint.

A study found that counting steps is as beneficial for heart health and longevity as tracking exercise duration, with both methods reducing heart disease and early death risks.

MIT's CSAIL developed a GelPalm, enhancing robotic touch to mirror human interaction, offering potential benefits for prosthetics and human-robot collaboration.

MIT senior Janabel Xia combines environmental tech with dance, and works on a traffic system for autonomous vehicles while promoting secure voting methods and engaging in community service.

Harvard and Google have created the most detailed brain map ever, revealing an intricate network in a tiny brain sample, advancing our understanding of brain function and structure.

Scientists at MIT and the University of Basel developed AI that can classify phases of a system and detect transitions, potentially aiding in the discovery of new materials and understanding quantum systems.