quantum-computing-hardware

Everything you need for quantum hardware engineering in the field. Curated by Onri Jay Benally, an Indigenous American Quantum Hardware Engineer.

IBM Qiskit Global Summer School: The Past, Present and Future of Quantum Computing, Simulate an Oxygen molecules and Nitrogen molecules, using quantum computers, by Mauro Risonho de Paula Assumpção

Eigen OS — an open-source hybrid quantum-classical runtime

Omni Quantum Dual Helix Core (OQ-DHC) v8.6: 8-Layer Tensor-Rechenkern & polygonfreie Lichtfeldsynthese (GTR). CMOS Fusion Features: Asynchrones Hardware-Gating auf Transistor-Ebene via S.W.A.T. Interlock, digitaler Grafik-Zwilling & O(1) Cross-Layer Formel-Modulation zur Elimination von Signal-Leakage.

Foundations of quantum computing: Bell states, CHSH non-locality test, Deutsch–Jozsa speedup, and Variational Quantum Eigensolver (VQE).

Muhammad Mudassar | Physics Researcher | Quantum Computing, QAOA, VQE, Hamiltonian Simulation & Quantum Optimization

34-second frame-locked schematic of Bosonic Cat-Qubit Processor. Explanatory only, not a certified reference.

34-second frame-locked schematic of Silicon Interdot Barrier Control. Explanatory only, not a certified reference.

34-second frame-locked schematic of Silicon Spin Processor. Explanatory only, not a certified reference.

34-second frame-locked schematic of Neutral-Atom Array Rearrangement. Explanatory only, not a certified reference.

34-second frame-locked schematic of Neutral-Atom Processor. Explanatory only, not a certified reference.

34-second frame-locked schematic of Trapped-Ion Processor. Explanatory only, not a certified reference.

34-second frame-locked schematic of Trapped-Ion Laser-Cooling Stage. Explanatory only, not a certified reference.