Inside quantum / Real photographs

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Real machines. Remarkable detail. Explore the hardware behind quantum computing.

61photographs
with sources & credits

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9 photographs in this view

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Optics & controls
Aquila’s optical table
QuEra
QuEra Computing, Inc.CC BY 4.0
Optics & controls
QICK readout and control hardware
Fermilab
Ryan Postel / FermilabNQI gallery reuse permission
Optics & controls
Windows into an ion trap
Independent research apparatus
ColdsmokeriderCC BY-SA 4.0
Optics & controls
NIST’s beryllium-ion apparatus
NIST
Y. Colombe / NISTPublic domain (U.S. Government)
Optics & controls
Developing electronics for the cold
Fermilab
Reidar Hahn / FermilabNQI gallery reuse permission
Optics & controls
Ion trapping in Innsbruck
University of Innsbruck
MnolfCC BY-SA 3.0
Optics & controls
Aligning a neutral-atom experiment
University of Colorado Boulder / QSA
Kaufman group, University of Colorado Boulder/Quantum Systems AcceleratorNQI gallery reuse permission
Optics & controls
Optics around an ion-trap chamber
Oak Ridge National Laboratory
Carlos Jones/ORNL, U.S. Dept. of EnergyNQI gallery reuse permission
Optics & controls
Waveguide-cavity computing research
University of Maryland / RQS
University of MarylandNQI gallery reuse permission

Showing 9 of 9 photographs · You’ve reached the end of this view.

Aquila’s optical table

QICK readout and control hardware

Windows into an ion trap

NIST’s beryllium-ion apparatus

Developing electronics for the cold

Ion trapping in Innsbruck

Aligning a neutral-atom experiment

Optics around an ion-trap chamber

Waveguide-cavity computing research