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Hardware Demonstrators

ORAQL features five hardware demonstrator tracks, each advancing critical capabilities for scalable neutral atom quantum computing.

Demonstrator Tracks​

1. Logical Qubit Continuous Operation​

Lead: Harvard - Lukin Group

Focus on sustained logical qubit operation using reconfigurable atom arrays with real-time error correction.

2. Fast Readout​

Lead: MIT - Vuletić Group

Developing high-speed, high-fidelity atomic state readout using cavity-enhanced detection.

3. Dual-Species Architectures​

Lead: Harvard - Ni & Semeghini Groups

Exploring heterogeneous atomic species for specialized computational and memory roles.

4. Scalable Photonic Control​

Lead: MIT - Englund Group

Integrated photonic solutions for scalable optical addressing and control.

5. Quantum Networking​

Lead: Distributed Teams

Connecting quantum processors through photonic links for distributed quantum computing.

Key Publications​

Recent advances from ORAQL hardware teams are highlighted on the homepage and documented in individual demonstrator pages.

Technical Specifications​

The flagship ORAQL system targets:

  • 400 logical qubits with error-corrected operation
  • 1-100 megaquops circuit depth capability
  • ~40,000 physical qubits using surface code distance ≥9
  • Gate fidelities: 1Q = 99.99%, 2Q = 99.9%