"Quantum Computing Labs, Schools & Startups Market Map"
2026-08-23
Tracking snapshot — August 2026
1. University Research Institutes / Centers
| Name | Location | Focus | Notes |
|---|---|---|---|
| Yale Quantum Institute (YQI) | New Haven, CT | Superconducting circuits, error correction, algorithms | Dir: Robert Schoelkopf. Part of QuantumCT; state + NSF support |
| MIT Quantum Initiative (QMIT) | Cambridge, MA | Integrated systems (computing, sensing, simulation, materials, networks) | Dir: Danna Freedman. ~$25M state investment for new lab |
| Harvard Quantum Initiative (HQI) | Cambridge, MA | Neutral-atom computing/simulation, networks, sensing, materials | Co-Dir: Evelyn Hu & Mikhail Lukin. Federal grants (DARPA etc.) |
| Wisconsin Quantum Institute (WQI) | Madison, WI | Computing/networking (superconducting, silicon, neutral-atom, NV-center) | Dir: Mark Eriksson. Industry partnerships (Intel, HRL) |
| Duke Quantum Center (DQC) | Durham, NC | Full-stack trapped-ion systems | Dir: Kenneth Brown. NSF multi-university awards |
| Caltech IQIM | Pasadena, CA | Quantum info theory, many-body physics, topological computing | Dir: John Preskill. NSF Physics Frontiers Center |
| JQI + QuICS + QLab | College Park, MD | Broad QIS (trapped ions, superconducting, neutral atoms, photonics) | NIST/UMD/NSA base; state "Capital of Quantum" initiatives |
2. Regional / Multi-Institution Consortia
| Name | Location | Focus | Notes |
|---|---|---|---|
| Chicago Quantum Exchange (CQE) | Chicago, IL (IL-IN-WI) | Computing, communication, sensing, ecosystem, workforce | Dir: David Awschalom. ~$55M EDA for Bloch Tech Hub |
| Center for Quantum Technologies (CQT) | West Lafayette / Bloomington / Notre Dame, IN | Industry-relevant devices, systems, algorithms | Dir: Yong Chen. NSF IUCRC model |
3. DOE National QIS Research Centers
All five established in 2020 and renewed with ~$125M over 5 years each.
| Name | Lead Lab | Focus | Leadership |
|---|---|---|---|
| Q-NEXT | Argonne (Lemont, IL) | Distributed entanglement, quantum networking | Dir: Martin Holt; CSO: David Awschalom |
| Quantum Systems Accelerator (QSA) | Lawrence Berkeley (Berkeley, CA) | Scalable computers, error correction, co-design | Dir: Bert de Jong |
| Quantum Science Center (QSC) | Oak Ridge (Oak Ridge, TN) | Quantum-accelerated high-performance computing | Lab-led |
| C2QA | Brookhaven (Upton, NY) | Superconducting & diamond devices, materials | Dir: Charles Black; Chief Scientist: Andrew Houck |
| SQMS | Fermilab (Batavia, IL) | Coherence, superconducting systems, sensing | Dir: Anna Grassellino |
4. Startups / Commercial Companies
Public
| Company | Est. | Platform | Ticker |
|---|---|---|---|
| D-Wave Systems | 1999 | Quantum annealing + gate-model (superconducting) | QBTS |
| Rigetti Computing | 2013 | Full-stack superconducting | RGTI |
| IonQ | 2015 | Trapped-ion | IONQ |
| Xanadu | 2016 | Photonic | IPO 2026 |
| Quantinuum | 2021 | Trapped-ion + software | IPO 2026 |
| Infleqtion | 2007 | Neutral-atom (computing + sensing) | SPAC 2026 |
Private
| Company | Est. | Platform | Funding |
|---|---|---|---|
| PsiQuantum | 2016 | Photonic (fault-tolerant focus) | $1B+ |
| QuEra Computing | 2018 | Neutral-atom | $230M+ |
| Atom Computing | 2018 | Neutral-atom | ~$100M+; Microsoft partnership |
| Pasqal | 2019 | Neutral-atom | €150M+ |
| IQM | 2018 | Superconducting | €300M+ |
| Alice & Bob | 2020 | Cat qubits (superconducting) | €100M+ |
| Oxford Quantum Circuits | 2017 | Superconducting | Significant UK funding |
5. International Anchors
| Name | Location | Focus | Notes |
|---|---|---|---|
| ETH Zurich Quantum Center | Zurich, Switzerland | Broad quantum science & engineering | Strong national/institutional support |
| USTC / CAS | Hefei / Beijing, China | Photonic & superconducting systems | Large national-scale investment |
| Keio Quantum Computing Center | Tokyo, Japan | Algorithms, systems | IBM Q Network hub |
Appendix: Methodology
Research approach — Data compiled from publicly available sources current as of August 2026. Primary sources included official center and company websites, leadership/founder pages, and institutional or corporate announcements. Funding figures reflect only publicly disclosed amounts and are approximate.
Categorization — Primary: institutional type. Secondary: geography. Tertiary: technical platform (trapped-ion, superconducting, neutral-atom, photonic, etc.). Founding year added for timeline context.
Scope — Emphasizes named, trackable centers and the most visible pure-play quantum startups. Big Tech internal efforts (IBM Quantum, Google Quantum AI) noted in context but not listed. Living snapshot intended for quarterly updates.