Explore how artificial intelligence is transforming finance, automation, and industry — and what the $3.6 trillion AI boom means for our future
The approach could accelerate drug target identification, vaccine research, and new biological discoveries.
MIT researchers have developed the first mathematically proven method for training machine learning models that can efficiently interpret symmetric data—an advance that could significantly enhance the...
MIT scholar Benjamin Mangrum examines how comedy helps us cope with, critique, and embrace computing.
The system, called mmNorm, uses millimeter wave (mmWave) signals — commonly used in Wi-Fi networks — to reconstruct high-resolution 3D shapes of objects that are fully...
In an age when algorithms help cars avoid traffic and synthetic microbes could soon deliver our medicine, the boundary between science fiction and science fact is...
A key innovation lies in the chip’s clever use of a phenomenon called the Miller effect, which allows small capacitors to perform like larger ones
This could transform the future of wireless communication and edge computing
The innovation offers more than triple the energy density of today’s lithium-ion batteries — potentially clearing a major hurdle for electric-powered aviation, rail, and maritime travel
Dubbed, the Prediction of Unseen Proteins' Subcellular Localization (or PUPS), the AI tool can account for the effects of protein mutations and cellular stress—key factors in...
