Components
A 300 mm quantum photonic wafer
Air Force Research Laboratory
AFRL Information DirectorateNQI gallery reuse permission
Inside quantum / Real photographs
Gallery.
Real machines. Remarkable detail. Explore the hardware behind quantum computing.
61photographs
with sources & credits
with sources & credits
ComponentsInside a JQI blade trap
Joint Quantum Institute
S. Debnath and E. Edwards/JQINQI gallery reuse permission
ComponentsIon-trap hardware from the HQAN testbed
University of Illinois Urbana-Champaign / HQAN
Brian DeMarco, University of Illinois Urbana-ChampaignNQI gallery reuse permission
ComponentsGold electrodes for trapped ions
NIST
Blakestad/NISTNQI gallery reuse permission
ComponentsA crystal of trapped ions
NIST
National Institute of Standards and TechnologyPublic domain (U.S. Government)
ComponentsPatterns on a photonic wafer
Air Force Research Laboratory
AFRL Information DirectorateNQI gallery reuse permission
ComponentsQuantum photonics, cell by cell
Air Force Research Laboratory
AFRL Information DirectorateNQI gallery reuse permission
ComponentsA wafer of fabricated transmon qubits
Fermilab / SQMS
Dan Svoboda / FermilabNQI gallery reuse permission
ComponentsGold electrodes for trapping ions
NIST
Signe Seidelin and John Chiaverini / NISTPublic domain (U.S. Government)
ComponentsA suspended quantum resonator
UC Santa Barbara
Aaron O’ConnellCC BY-SA 3.0
ComponentsA small SRF cavity for quantum systems
Fermilab
Reidar HahnNQI gallery reuse permission
ComponentsAccelerator technology meets quantum research
Fermilab / SQMS
Ryan PostelNQI gallery reuse permission
ComponentsCavities at SQMS
Fermilab / SQMS
Ryan Postel / FermilabNQI gallery reuse permission
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