IONQForte+36.AQ.LiveIBM.QCondor+1121.QubitsQNTNMHelios+48.LogQubitsPSIQNTMPhotonic+$1B.SeriesERGTIAnkaa-3+99.5%.FidelQBTSAdv2+5000.QubitsQUERAAquila+256.QubitsSNDX.AQAQ+AI+$500M.SerEPASQLNeutral+EUR152M.SerBXNDUBorealis+SPAC.$302MINFLQColdAtom+SPAC.$540MFUND.YTD2025-26$6.2B.Raised
researchsuperconducting

Sycamore

Approach
superconducting
Qubit Count
53
Logical Qubits
null
1Q Gate Fidelity
99.85%
2Q Gate Fidelity
99.4%
Coherence Time
~20 µs
Gate Speed
~25 ns (single), ~32 ns (two-qubit)
Connectivity
2D grid
Operating Temp
15 mK
Cloud Access
No
Year
2019
Status
RESEARCH
About

Google's Sycamore processor achieved the first demonstration of quantum computational advantage in October 2019, completing a random circuit sampling task in 200 seconds that Google estimated would take a classical supercomputer 10,000 years.

Google Quantum AI — Funding Summary