MIT’s ‘Lightning’ system merges light and electrons for blazing-fast computing, revolutionizing AI inference.
Latest in MIT Research
-
-
Artificial IntelligenceAutonomous VehiclesMachine LearningMITSciTech NewsTechnology
MIT AI Model Speeds Up High-Resolution Computer Vision for Autonomous Vehicles
EfficientViT: AI Model Speeds High-Res Computer Vision; 9x Faster on Mobile Devices, Boosts Autonomous Driving & Medical Imaging.
-
BrainMedicineMITNeuroscienceSciTech News
Decoding Neural Behaviors in C. elegans: MIT’s Breakthrough Insights
Decoding Neural Flexibility: MIT reveals how C. elegans neurons remap behaviors, illuminating brain’s adaptable encoding.
-
Artificial IntelligenceBiotechnologyCSAILMachine LearningMITProteinSciTech NewsTechnology
MIT’s “FrameDiff” – Generative AI Imagines New Protein Structures That Could Transform Medicine
by Klaus Müllerby Klaus MüllerMIT researchers develop FrameDiff, a generative AI tool that creates new protein structures, accelerating drug development and gene therapy.
-
BrainMedicineMITNeurosciencePicower Institute For Learning And MemorySciTech News
Key Protein Vital for Structural Integrity of Neurons – Without It Axons Break, Synapses Die
by Klaus Müllerby Klaus MüllerMIT study reveals protein perlecan’s essential role in maintaining neuronal axon integrity, preventing synapse death in flies and humans.
-
AlgorithmComputer ScienceMathematicsMITScienceSciTech News
MIT’s Innovative Method, Inspired by Kirigami, Breaks Shape Barriers
by Amir Husseinby Amir HusseinMIT researchers develop a computational method inspired by kirigami, enabling transformation of 2D shapes, offering innovative solutions for engineering challenges.
-
Artificial IntelligenceComputer ScienceMachine LearningMITSciTech NewsTechnologyTransportation
Leading the AI Airspace: MIT’s Innovative Method Ensuring Safe and Dependable Autopilots for Flight
MIT researchers develop a unique AI-based method, improving safety and stability in autonomous robots and aircraft.