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Quantum Simulation

Quantum simulation is a distinct application domain of quantum computing that crosses hardware platforms (trapped-ion, superconducting, photonic, neutral atom) and is currently the primary application territory where near-term quantum advantage claims are being made, contested, and tested against classical methods.

Articles (2)

Two molecular cage structures joined at the center: the left cage glows precise cyan while the right cage is dull grey, and the junction between them is fracturing and breaking apart.
Quantumnews

The Hardest Pieces of Fusion's Fuel Chemistry Ran on a Quantum Computer. The Weakest Link Is Now Classical.

ORNL, Cleveland Clinic, and IBM computed nine FLiBe configurations on quantum hardware. The quantum solver hit its marks; the workflow around it is now the bottleneck.

Quantum SimulationNational Labs & Government
SCN Staff·
Stylized rendering of a trapped-ion quantum computing chamber showing a horizontal amber ion array surrounded by laser geometry and a triangular lattice overlay, illustrating the Quantinuum H2 system that simulated frustrated quantum magnetism beyond the reach of classical tensor network methods.
Quantumanalysis

Quantinuum H2 Pushes Quantum Magnetism Past Classical Simulation

Quantinuum's H2 trapped-ion processor claims quantum magnetism simulation beyond classical tensor network reach. Materials science utility undemonstrated.

Trapped-Ion QuantumQuantum Simulation
SCN Staff·