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MIT physicists predict exotic new phenomena and give “recipe” for realizing them

March 17, 2023
Categories: Research, Faculty/Emeritus, Condensed Matter Theory
Examples of quantum overlapping tomography

The experimental realization of quantum overlapping tomography

February 28, 2023
Categories: Research, Faculty/Emeritus, Strong Interactions and Nuclear Theory
Artist’s rendition of skyrmions, exotic particles represented by the whirls of red, yellow, and white arrows.

MIT physicists predict exotic new phenomena and give “recipe” for realizing them

February 27, 2023
Categories: Research, Faculty/Emeritus, Students & Alumni, Graduate Students, Condensed Matter Theory
headshot

Standard Model of Cosmology Survives a Telescope’s Surprising Finds

February 26, 2023
Categories: Research, Pappalardo Fellows, Astrophysics Observation, Instrumentation, and Experiment
Against a pink background, a blue and red laser beam shoot down from the top as wavey arrows. They point to a beige atomic nucleus with a gauge needle in the center pointing left, signifying spin direction.

Engineers discover a new way to control atomic nuclei as “qubits”

February 15, 2023
Categories: Research, Faculty/Emeritus, WiSTEM, Quantum Information Science
A yellow-lit closeup zooms in on one tiny, rectangular amplifier on the wafer. It has a chain-like rectangular grid in center that connects to the left and right edges of the wafer.

Scientists boost quantum signals while reducing noise

February 9, 2023
Categories: Research, Faculty/Emeritus, Quantum Information Science
Big yellow and small red molecules collide in the middle of the image, in a burst. 4 arrows indicate the back-and-forth reactions that this collision causes.

Physicists observe rare resonance in molecules for the first time

February 1, 2023
Categories: Research, Faculty/Emeritus, Graduate Students, Atomic Physics
A unique device is made of sandwiched layers, with yellow and purple on top and blue on bottom. The middle layer is dark grey representing 2 layers of graphene, and the inset shows the graphene layers creating a moiré pattern. The device has a central rectangular shape with 7 more rectangular shapes emanating from it.

Study: Superconductivity switches on and off in “magic-angle” graphene

January 30, 2023
Categories: Research, Faculty/Emeritus, Students & Alumni, Graduate Students, Condensed Matter Experiment
A grid of computer screens each have atom icons inside, each containing 1 or 2 icons. Color overlays divide the image into 4 colorful quadrants.

Can you trust your quantum simulator?

January 18, 2023
Categories: Research, Faculty/Emeritus, Quantum Information Science
computer simulation of supermassive black holes only 40 orbits from merging

What Does it Take to Make Black Holes Collide?

January 5, 2023
Categories: Research, Faculty/Emeritus, Students & Alumni, Graduate Students, Astrophysics Observation, Instrumentation, and Experiment
Rendering shows a unique thermometer with various transparent tubes snaking out. Purple energy flows and connects two sides of the thermometer, and the temperature is hot.

New quantum computing architecture could be used to connect large-scale devices

January 5, 2023
Categories: Research, Faculty/Emeritus, Quantum Information Science

Strengthening electron-triggered light emission

January 4, 2023
Categories: Research, Faculty/Emeritus, Postdocs, Condensed Matter Experiment
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