MIT students explore the science of coffee making, blending chemistry lectures with practical brewing to perfect their cup of coffee and understand flavor compounds using an infrared spectrometer.

MIT engineers have developed a nano-filtration system to increase aluminum recycling and reduce environmental impact. The technology captures over 99% of aluminum ions, promising a sustainable solution for the industry's waste management challenges.

MIT researchers have developed a formula predicting invasive species' success, with implications for ecosystems and human health treatments like probiotics.

MIT researchers have found that Prochlorococcus, a marine microbe, aids other ocean microbes by releasing DNA components, impacting the carbon cycle and microbial health.

MIT researchers have created a new AI model, named AbMap, that more accurately predicts the structures of antibodies, offering potentially significant advances in developing treatments for diseases like SARS-CoV-2.

MIT's Associate Professor Matteo Bucci conducts in-depth research on boiling to improve industrial processes, such as energy production and electronics cooling.

MIT researchers used "scintillation" analysis to locate an FRB's origin from a galaxy 200 million light-years away, suggesting it stems from a neutron star's magnetic region.

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.