Quantum Computing operators

7 operators in the quantum_computing category of the live registry. Compose them in a contract or call POST /api/zeq/compute — KO42 is always on, plus up to three more per call.

How it computes: dedicated closed-form solver solveQR — real equations over CODATA-2018 constants; where an operator needs a series/matrix/field a scalar cannot express, it refuses honestly. See the solvers.

Operator	Description	Equation
`ENTANGLEMENT_ENTROPY`	Entanglement entropy S = -Tr(rho * log(rho)) quantifying quantum entanglement via the von Neumann entropy of the reduced density matrix.	`S = -Tr(\rho \log \rho)`
`GROVER_SEARCH`	Grover's quantum search algorithm finding a marked item in O(sqrt(N)) queries, quadratic speedup over classical search.	`O(\sqrt{N})`
`QUANTUM_SIM`	Quantum simulation state \|psi> = sum(c_i\|i>) representing a quantum system as a superposition of computational basis states.	`\|\psi\rangle = \sum_i c_i \|i\rangle`
`QUBIT_DECOHERENCE`	Qubit decoherence \|psi(t)> = e^(-t/T2)*\|psi(0)> modeling exponential loss of quantum coherence over time.	`\|\psi(t)\rangle = e^{-t/T_2}\|\psi(0)\rangle`
`QUBIT_FIDELITY`	Qubit state fidelity F = \|<psi\|phi>\|^2 measuring the overlap between an ideal and actual quantum state.	`F = \|\langle\psi\|\phi\rangle\|^2`
`QUBIT_GATE`	Quantum gate operation \|psi'> = U\|psi> applying a unitary matrix U to transform a qubit state.	`\|\psi\'\rangle = U\|\psi\rangle`
`SHOR_FACTOR`	Shor's factoring algorithm decomposing an integer N in O((log N)^3) time using quantum Fourier transform.	`O((\log N)^3)`

Compute one — a real call

Ask the operator which inputs it needs (the honesty contract refuses empty inputs rather than inventing them):

curl -sS -X POST https://zeqsdk.com/api/zeq/operator-spec \
  -H "Content-Type: application/json" \
  -d '{"operator":"ENTANGLEMENT_ENTROPY"}'

Compute one — a real call​

See also​

Compute one — a real call

See also