Scientists at CERN’s Large Hadron Collider have observed, for the first time, fluid-like wakes created by quarks moving through quark–gluon plasma, offering direct evidence that the...
Two giant planets, made of the same elements, display radically different storms at their poles. New research from MIT now suggests that the key to this...
A new theoretical breakthrough from MIT suggests that exotic quantum particles known as anyons could reconcile a long-standing paradox in physics, opening a path to an...
From qubits to cultural storytelling, India’s biggest quantum science communication conclave in Ahmedabad showed how frontier science can meet people where they are. Through dialogue, demonstrations...
A new study led by researchers at IIT Bombay has provided fresh evidence showing how Mars gradually transitioned from a warm, water-rich planet to a cold,...
Two early-career Indian physicists have won the 2025 ICTP Prize for their pioneering contributions to quantum many-body physics, a field central to next-generation quantum technologies
New observations reveal a towering column of superheated gas and confirm long-suspected features of a rare “intermediate polar” system.
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
MIT researchers develop a quantum-enhanced method that doubles the precision and stability of optical atomic clocks, paving the way for portable, ultra-accurate timekeeping.
