Researchers and industry partners need local access to advanced quantum infrastructure and application programs connected to real economic and energy challenges.
Infleqtion plans to deploy an NVIDIA NVQLink-enabled, fault-tolerant neutral-atom quantum computer at IQMP in 2027 and has opened a Chicago Quantum Innovation Center.
Scaling useful quantum computing requires logical qubits, low-latency quantum-classical integration, and a pathway for researchers to access hardware and develop applications.
2027
Planned system delivery
50+
Designed logical-qubit demonstration
1,000+
Physical qubits supported by the architecture
Sqale will provide the quantum platform, while the Chicago center begins with applications for unit commitment, contingency analysis, and nuclear fuel loading.
Integration - NVIDIA NVQLink for low-latency coupling.
Access - Superstaq through the NQAC.
Focus - American energy-grid applications.
Infleqtion announced planned 2027 delivery of a fault-tolerant Sqale system to IQMP and opened its Chicago Quantum Innovation Center.
The paired investment links advanced hardware access with application work in energy, building on Infleqtion programs in grid optimization and nuclear research.
Case Study
Real-world applications demonstrating quantum advantage
Energy
Context Grid contingency analysis requires utilities to evaluate a growing number of failure scenarios. Classical methods can struggle as power systems become…
AI & ML
Context Energy challenges span grid operations and the materials that carry power. Classical methods can struggle with large optimization and simulation problems…
AI & ML
Context The DOE Genesis Mission is building an integrated discovery platform that combines AI, supercomputing, quantum systems, and advanced scientific instruments. Overview…
Talk with our team about the quantum systems and software that fit your mission, infrastructure, or research priorities.
