New observations reveal a towering column of superheated gas and confirm long-suspected features of a rare “intermediate polar” system.
MIT researchers have developed a breakthrough algorithm that identifies the smallest dataset needed to guarantee optimal decisions in complex real-world systems.
Physicists have directly observed unconventional superconductivity in magic-angle twisted tri-layer graphene using a new experimental platform, revealing a unique pairing mechanism
Physicists at MIT have devised a table-top method to peer inside an atom’s nucleus using the atom’s own electrons
The discovery strengthens the case that sponges were among the first animals to evolve, predating most of Earth’s major animal groups
A new MIT-led study reveals how key mucus molecules naturally shield the gut from dangerous bacteria like Salmonella
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...
Results from an idealized version of the Young double-slit experiment has upheld key predictions from quantum theory.
The innovation lies in a low-cost electrochemical sensor stabilized with a polymer coating, which allows the device to be stored for months at high temperatures and...
