PsiQuantum
Building million-qubit photonic quantum computer using silicon photonics manufacturing.
$620M
Last round (series-e)
Recent News
PsiQuantum: Conditional $150 Million Loan Commitment From U.S. Department Of War - Pulse 2.0
Can PsiQuantum's Construct Unlock Faster Quantum Innovation? - Quantum Zeitgeist
PsiQuantum receives $150m conditional loan commitment from US gov’t to expand manufacturing and prototyping efforts - Data Center Dynamics
PsiQuantum Receives Conditional $150M Loan Commitment from the U.S. Department of War - FinSMEs
PsiQuantum Receives Conditional $150M Loan Commitment to Advance US Quantum Computing - HPCwire
PsiQuantum Secures Conditional $150 Million Loan Commitment from U.S. Office of Strategic Capital
U.S. Department of War Announces $350 Million Quantum Package, Highlighted by $150 Million OSC Loan Commitment for PsiQuantum
PsiQuantum loan: Pentagon offers up to $150m for quantum prototypes - The Next Web
Pentagon offers PsiQuantum a conditional loan of up to $150m - The Next Web
PsiQuantum Receives Conditional $150M Loan Commitment From U.S. Department of War - The Quantum Insider
PsiQuantum Receives Conditional $150M Loan Commitment From U.S. Department of War
War Department Commits $150M Loan to PsiQuantum - Mirage News
PsiQuantum Receives Conditional $150 Million Loan Commitment from the U.S. Department of War to Advance Domestic Quantum Computing - Morningstar
PsiQuantum Receives Conditional $150 Million Loan Commitment from the U.S. Department of War to Advance Domestic Quantum Computing - Business Wire
Department of War's Office of Strategic Capital Signs $150 Million Conditional Loan Commitment With PsiQuantum - U.S. Department of War (.gov)
Related Research
Experimental generation of asymmetric keys from the parity structure of a two-photon six-qubit entangled state
A Gauge-Invariant Clustering Coefficient for Complex-Weighted Bipartite Networks
From Solid-State Spin Defects to Fluorescent Proteins: A Perspective on Quantum Optical Sensing Platforms for Biomedical Applications
Deterministic generation of large-scale photonic GHZ states utilizing spin echo in a solid-state quantum light source
When Does Interference Help Learning? Kernel Geometry as a Pre-Experimental Test for Photonic Reservoir Computing
Photonic Chips for Universal Quantum Computing: Retrospective and Prospective
Demonstration of subspace-search variational quantum eigensolver using photonic orbital angular momentum qudits
Quantum Networking at the Speed of Quantum Computation: Kilohertz Entanglement in a Heterogeneous Quantum System
Engineering of Chirped Apodized Sources for Quantum Spectroscopy
Dissipation-selected photon-phonon pair and photon-bundle emission in a tripartite Mollow system
Funding History
| Round | Amount |
|---|---|
| Debt | $150M |
| Other | $450M |
| Grant | $179M |
| Grant | $100M |
| Series E | $1B |
| Series D | $620M |
| Series C | $450M |
| Series B | $150M |
| Series A | $29M |
Photonic Competitors
Borealis photonic processor. PennyLane software framework for quantum ML.
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Develops the world's largest commercially available photonic quantum processors.
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Beijing-based photonic quantum computing company developing large-scale quantum processors.
Develops silicon photonic quantum computing and networking technology using T centers in silicon.