Core Physics
NQE1 supports statevectors, density matrices, Hermitian Hamiltonians, observables, measurement, unitary evolution, and Lindblad open-system dynamics.
Quantum Engine
NQE1
The pure quantum physics engine layer
The Quantum Engine page describes the core physics architecture: quantum states, Hamiltonians, measurement, dynamics, entanglement, open-system noise, control, photonics, and auditability.
Quantum Law Auditor
The auditor checks physicality, trace preservation, Hamiltonian validity, unitarity, probabilities, Kraus channels, and measurement validity.
Systems
The engine currently includes qubits, oscillators, Kerr resonators, optomechanics, Jaynes-Cummings systems, and linear-optics photonics.
Efficiency Layer
v1.5 added memory preflight, representation recommendations, diagonal-Hamiltonian fast paths, and block-diagonal utilities.
Current Engine Version
NQE1 is currently in the v1.6 research expansion line: performance scaling, efficiency preflight, and internal quantum experiment lab.