MIT researchers have developed an AI-based tool, MultiverSeg, to accelerate the annotation of medical images, simplifying segmentation and requiring less user input over time.

MIT researchers developed an AI technique to create materials for quantum computing, through constraints guiding it to beneficial materials, enhancing generative models' effectiveness in the field.

U.S. military bases conduct Energy Resilience Readiness Exercises to test operations during extended power outages, simulating real-world grid failures to identify vulnerabilities and enhance readiness.

MIT geologists discovered that 80% of earthquake energy turns into heat, with only 10% causing ground shaking and less than 1% fracturing rocks. Their lab quake simulations offer insights into seismic risk assessment.

MIT researchers have created a technique that analyzes the sounds from lithium-ion batteries to detect their health and potential failure, which may improve battery safety and longevity.

MIT's Fetal SMPL is a machine-learning tool that provides 3D representations of fetal development, aiding doctors in prenatal diagnostics by using a model adapted for fetal poses from MRI data.

MIT spinout Cache DNA has created technology for room temperature storage of biomolecules, potentially improving healthcare logistics and accessibility.

MIT's bladder cancer treatment device, originating from a whiteboard idea, has been FDA approved, offering a novel localized drug delivery system with an impressive 82.4% cancer-free rate in a pivotal study.

MIT's delta v Demo Day showcased student startups focusing on innovations in health, sustainability, and technology, reflecting the program's high success rate.

MIT's popular class, led by Faez Ahmed, integrates AI with mechanical engineering, helping students create innovative designs and tackle complex problems with machine learning applications.

MIT and Hasso Plattner Institute developed SustainaPrint, a method to reinforce biodegradable 3D printing materials with stronger materials at stress points, maintaining 70% strength with 20% reinforcement.

The Cambridge Science Carnival returns on September 21, 2025, with over 125 interactive booths, live music, and demonstrations at the Kendall/MIT Open Space.

MIT's Weissman and Luo used the novel LOCL-TL tool to study protein synthesis at mitochondria, finding about 20% of mitochondrial proteins are made on-site, which could advance understanding of diseases.