Storm in a cosmic teacup: A new paradigm for understanding plasma turbulence
PhD candidate Lucio Milanese uncovers new fundamental mechanism in turbulence.
PhD candidate Lucio Milanese uncovers new fundamental mechanism in turbulence.
The brain uses different frequency rhythms and cortical layers to suppress expected stimulation and increase activity for what’s novel.
To understand ourselves and our place in the universe, “we should have humility but also self-respect,” the physicist writes in a new book.
Facility within MIT.nano offers equipment and capabilities for visualizing data, creating immersive environments.
Findings suggest this hippocampal circuit helps us to maintain our timeline of memories.
The bacteria scrub out nitrogen, potentially defending against certain nutrient overloads.
MIT EAPS researchers find the impressive mountain range formed over a series of impacts, not a single event, as previously thought.
Research suggests the products of transcription — RNA molecules — regulate their own production through a feedback loop.
Frontal brain region overrides reflexive inclination of a deeper, older region when rules require.
Researchers identify a mechanism by which small particles in the atmosphere can generate more frequent thunderstorms.
Pioneer in exoplanet research helped transform the burgeoning field into one of the fastest-growing and most exciting in space science.
In a particularly newsworthy year, news and views from the MIT community made headlines.
Simulations rule out plasmas caused by meteoroid impacts as the source of lunar magnetism, supporting the proposal that the ancient moon generated a core dynamo.
In a year full of challenges, top Institute stories dealt with resilience, innovation, and MIT’s drive to embody its longstanding values in a changing world.
The year’s popular research stories include astronomical firsts, scientific breakthroughs, and engineering milestones addressing Covid-19 and other global problems.