MIT philosopher Sam Berstler researches the challenges of open secrets, showing how their iterative nature hinders addressing underlying issues within social structures.

MIT researchers found that gut bacteria update their CRISPR-based viral defenses less frequently than lab bacteria, with updates occurring about every three years as opposed to daily.

MIT's course, led by Professor Jessika Trancik, educates students on energy systems and strategies for climate change mitigation, combining scientific understanding with technological development.

MIT researchers found that AI struggles with complex image retrieval tasks requiring deep ecological knowledge, despite performing well on basic searches.

MIT engineers have developed tiny, light-based wireless antennas that could transform biological monitoring and advance medical diagnostics for diseases like arrhythmia and Alzheimer’s.

Corvus Robotics uses autonomous drones to transform warehouse inventory management, offering precise, frequent tracking without GPS or extensive Wi-Fi, which substantially improves operational efficiency.

MIT physicists magnetized an antiferromagnetic material using terahertz light, a discovery with potential applications in memory chip technology, according to a study published in Nature.

A study describes a model that predicts how humans adapt to various walking environments, with potential applications in wearable robotics and rehabilitation.

A study found that AI chatbots like GPT-4 can detect user race and may show less empathy in responses to Black and Asian users, raising concerns about AI in mental health support.

An MIT study reveals that leaked hydrogen fuel has a non-negligible climate impact, especially on greenhouse gases like methane, stressing the need for leak prevention in hydrogen infrastructure.

MIT's Andres Sevtsuk studies the impact of street design on behaviors, using Kendall Square as a living lab to gather data on pedestrian dynamics and develop models for urban planning.

The Koch Institute at MIT presents an exhibition with 10 items reflecting 50 years of cancer research milestones, marking significant advances and personal stories in the field.

MIT researchers, led by Richard Young, found that protein mobility slows in various chronic illnesses, unveiling proteolethargy—a potential new therapeutic target.