Research Highlights
Displaying 101 - 120 of 473
Biophysics
Grabbing Proteins by the Tail
PI(s):
Thomas Perkins
Physics Education
What to Know if You’re Teaching Physics Labs Remotely
PI(s):
Heather Lewandowski
Atomic & Molecular Physics | Precision Measurement
Falling Dominos and an Army of Schrödinger’s Cats
PI(s):
Ana Maria Rey
Laser Physics
Scientists Open New Window into the Nano World
PI(s):
Margaret Murnane
Astrophysics
The Collective Power of the Solar System's Dark, Icy Bodies
PI(s):
Ann-Marie Madigan
Atomic & Molecular Physics
The Sisyphean Task of Cooling Molecules
PI(s):
Jun Ye
Atomic & Molecular Physics | Laser Physics | Nanoscience
Reading the Secrets of the Nanoworld with Infrared Light
PI(s):
Markus Raschke
Atomic & Molecular Physics
Phases on the Move: A Quantum Game of Catch
PI(s):
Ana Maria Rey | James Thompson
Laser Physics
Breathing Stars and the Most Beautiful Scalpel
PI(s):
Margaret Murnane
Quantum Information Science & Technology
Playing Games with Quantum Entanglement
PI(s):
Graeme Smith
Laser Physics | Quantum Information Science & Technology
Guiding Electrons With Gold Nanostars
PI(s):
David Nesbitt
Biophysics | Chemical Physics
Sorting the Glow from the Flow
PI(s):
Ralph Jimenez
Atomic & Molecular Physics | Laser Physics | Precision Measurement
Tweezing a New Kind of Atomic Clock
PI(s):
Adam Kaufman | Jun Ye
Precision Measurement | Quantum Information Science & Technology
Drumming to the Heisenberg Beat
PI(s):
Konrad Lehnert
Atomic & Molecular Physics | Quantum Information Science & Technology
The Power of the Dark Side
PI(s):
Ana Maria Rey
Atomic & Molecular Physics
How universal is universality?
PI(s):
Eric Cornell | Jun Ye
Precision Measurement | Quantum Information Science & Technology
Counting the quietest sounds in the universe
PI(s):
Konrad Lehnert
Atomic & Molecular Physics
Bringing quanta out of the cold
PI(s):
Markus Raschke
Atomic & Molecular Physics | Quantum Information Science & Technology
Dancing through dynamical phase transitions in an out-of-equilibrium state
PI(s):
Ana Maria Rey
Precision Measurement
Keep it steady
PI(s):
Jun Ye