Quantum Computing Inc. built a chip foundry in Arizona and received a NASA subcontract, while its shares outperformed IonQ's.
2 reports, 2 independent
Updated Aug 28
Gone quiet
Reached 2 outlets in its first 24 hours
- Reports
- 2
- Developments
- 3
- Repetition
- 0%
New informationRepeats or wire copies
AI-generated analysis. Brind wrote this summary from the reports listed below. It can be wrong. Each section says how much you can rely on it, and the sources are linked so you can check.
What happened
Quantum Computing Inc. built a chip foundry in Arizona and received a NASA subcontract, while its shares outperformed IonQ's.
Who's involved
What this event is mainly aboutHow it developed
Newest first. Tap a step to see who reported it.- Quantum Computing Inc. launched an Arizona-based quantum photonic chip foundry and secured a subcontract from Langley Research Center.Sub-event
QCi expands operations with a foundry in Arizona and gains NASA subcontract.1 source
IONQ and Quantum Computing Inc. are racing to develop quantum technology, with IONQ focusing on ion-based calculations.1 source
Keep exploring
The entities involved
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IONQ
quantum computing company based in College Park, MD, USA
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Langley Research Center
NASA field center
Nothing else this week.
Related events
- IONQ and Cerebras Systems Inc. are both targeting specialized computing markets.
- IBM, Rigetti Computing, and IONQ are leading companies in the quantum computing field, actively exploring advanced modular quantum architectures.
- AI company hacks highlight the urgent need for quantum security, prompting executive orders and affecting quantum firm stocks.
Coverage
Newest first; wire copies grouped- ZacksThe Zacks Analyst Blog Highlights Quantum Computing, IonQ, Rigetti Computing, D-Wave Quantum and NVIDIA Chicago, IL – August 28, 2025 – Zacks.com announces the list of stocks featured in the Analyst
- Motley FoolBetter Quantum Computing Stock: IonQ vs. Quantum Computing Inc. IonQ and Quantum Computing Inc. are racing to develop tech that can overcome the challenges inherent in quantum machines. Quantum Compu