Hannes Bernien

‘Noise-cancelling’ qubits can minimize errors in quantum computers Hannes Bernien works inside lab

‘Noise-cancelling’ qubits can minimize errors in quantum computers

Method developed at UChicago introduces ‘spectator qubits’

2023 Breakthrough Prizes recognize discoveries made at Marine Biological Laboratory, UChicago Four time-stamped images of a cell showing colored dots progressively moving to one side of the cell

2023 Breakthrough Prizes recognize discoveries made at Marine Biological Laboratory, UChicago

Using two different elements creates new possibilities in hybrid atomic quantum computers Left: A hybrid array of cesium atoms (yellow) and rubidium atoms (blue). Right: The customizability of the researchers’ technique enables them to place the atoms anywhere, allowing them to create this image of Chicago landmarks Willis Tower and the Cloud Gate.

Using two different elements creates new possibilities in hybrid atomic quantum computers

Two University of Chicago researchers named 2021 Sloan Fellows Assoc. Prof. Wenxin Du (left) and Asst. Prof. Hannes Bernien (right)

Two University of Chicago researchers named 2021 Sloan Fellows

Award recognizes promising early-career scientists in economics, molecular engineering

UChicago to partner in $25 million National Science Foundation quantum information institute Glass cell close up

UChicago to partner in $25 million National Science Foundation quantum information institute

University of Illinois, UW-Madison, UChicago to develop quantum computing architectures and networks

CONTENT TYPE
Filter by content type