The Air Mobility Command's 618th AOC is incorporating AI via the CAITT program to enhance workflow, with support from Lincoln Laboratory as part of the NITMRE effort.

MIT engineers have printed new metamaterials that are strong and stretchy, using a design that combines rigid and flexible structures, potentially revolutionizing material applications.

MIT engineers have developed the thinnest pyroelectric film, potentially advancing night-vision technology and other electronic devices with its high precision far-infrared sensing capabilities.

MIT D-Lab spinout Moving Health deploys tricycle ambulances in northern Ghana to improve emergency transportation for maternal health, offering local production and potential for healthcare system integration.

MIT engineers have engineered bacteria to emit signals detectable by hyperspectral cameras from up to 90 meters away, promising advances in environmental monitoring.

MIT engineers developed a thumb-sized hopping robot designed for search and rescue that leaps over obstacles and carries heavy payloads, potentially enhancing navigation in disaster-hit areas.

Colossal Biosciences claims the birth of two dire wolves, marking a de-extinction milestone using CRISPR. Critics and ethicists question the authenticity of such efforts, debating the ecological and ethical implications.

The Apache helmet, designed by MIT alumnus Kodiak Brush, is the top-performing safety helmet per Virginia Tech testing and aims to reduce concussion risks in football.

MIT partners with GE Vernova in a $50 million effort to advance sustainable energy, focusing on decarbonization, energy storage, and renewable energy solutions.

MIT CSAIL develops Tactile Vega-Lite, a system to create tactile charts for blind and low-vision individuals, simplifying the design process and adhering to accessibility guidelines.

MIT engineers developed a coating for pesticide droplets to stick to leaves, reducing environmental pollution and cutting farmers' costs. The technology, which aids in precise application, could significantly decrease chemical use in agriculture.

MIT researchers have developed a way to control starfish egg cells' movement and shape using optogenetics, a technique that modifies cells to respond to light.

MIT engineers developed a method for sustained drug release from a single injection, which could last for months or years, offering an alternative to frequent injections, with applications in contraception and various medical treatments.