A team of MIT physicists has created a magnetic transistor that could make future electronics smaller, faster, and more energy-efficient. By swapping silicon for a new...
Researchers from MIT propose that a primordial black hole’s final explosion could be responsible for the most energetic neutrino ever observed, potentially marking the first direct...
How do earthquakes spend their energy? MIT’s latest research shows heat—not ground motion—is the main outcome of a quake, reshaping how scientists understand seismic risks
Astronomers uncover how interstellar dust grains align with galactic magnetic fields, revealing new insights into star formation and cosmic evolution.
It is also the first time the rare and deadly fungal infection has been identified in an HIV-positive patient in the region
India’s teacher count crosses one crore in 2024-25, improving pupil-teacher ratios and female participation amid changing student enrolment trends.
This synergistic bracing action gives IgM a unique advantage in neutralizing bacterial toxins that are exposed to mechanical forces inside the body
The approach could accelerate drug target identification, vaccine research, and new biological discoveries.
New MIT research reveals how 81 key technological advances from diverse sectors enabled dramatic cost reductions in photovoltaic systems
A special blend of chemicals—known as ionic liquids—can easily form on rocky planets and moons, potentially creating new havens for life in the cosmos
