Quantum Lab / QSA workbench
Compose small quantum circuits in the browser, inspect each non-zero basis state, compare research methods, and export OpenQASM or JSON without creating an account.
Quantum circuit lab
Circuits execute locally with a JavaScript quantum simulator. Results update from the gates you run.
|00>50.00%0.000 rad|11>50.00%0.000 radOPENQASM 2.0;
include "qelib1.inc";
qreg q[2];
h q[0];
cx q[0],q[1];Lab programs
QSA, QELM, Qubit, and Neuron connect numerical state work to hybrid learning, topology experiments, and local telemetry.
Exact quantum execution
Study QSA's certified structural routes, reusable tensor and estimator plans, parameter sweeps, exact gradients, and general fallback contract.
Useful for understanding where compiled exact execution supports repeated QELM workloads and where dense-state limits still apply.
Research workflow
Every stage keeps the research path visible from source material to exported trace.
Research questions, study notes, datasets, and document context remain under the user's control.
Classical data is translated into a representation that can be inspected before execution.
The browser workbench transforms small states through explicit operations; QSA and QELM remain separate public runtimes.
Context carries provenance and can be reviewed, removed, or exported.
Circuit data, parameters, and results can leave the browser as portable records.
Lab records
The C++20 exact runtime, structural routes, reusable plans, interfaces, measurements, and validation record.
Quantum cognitive telemetry, local memory, recurrence, and Qiskit adapters.
Source code, experiment history, and public project documentation.
Collaboration, testing, documentation, and research questions.
Analysis tools
These calculators use the equations shown beside each result. They do not call a remote model or substitute estimated values for an executed circuit.
floor(pi / (4 asin(sqrt(M/N))) - 1/2)Program directory
QSA, QSec, Circuit Studio, Neuron, Qubit, Quanta, OncoForge, SciOS, and Brain.
Qubit State Algebra
QELM's C++20 native execution layer: a compiled exact quantum runtime that preserves certified structure and reuses plans across repeated numerical, tensor, estimator, and gradient workloads.
Open record →Physics-grounded security and evidence
An independent security control plane for classical, quantum, and AI systems that binds request identity, authorization, physical validity, QSA evidence, calibration, entropy, and chained receipts.
Open record →Browser quantum workbench
A local state-vector circuit composer for small circuits with gate placement, state inspection, OpenQASM export, and portable JSON records.
Open record →Quantum cognitive telemetry
A local telemetry and learning system for QELM that records quantum results, hardware counts, model context, recurrence, and consolidation in an append-only SQLite record.
Open record →Logical quantum systems
HybridQubit and Cubit modules for arbitrary-dimensional logical systems, logical subspaces, operations, measurement, storage, retrieval, and noise experiments.
Open record →Desktop quantum calculator
A Python and Tkinter calculator for observing qubits, applying common gates, reviewing error behavior, and recording local experiment logs.
Open record →Computational cancer research
An evidence-backed Target Forge system for bounded tumor-normal gate hypotheses, explicit safety exclusions, reproducibility records, and a separate conceptual simulation environment.
Open record →Scientific operating system
A Linux-based scientific operating-system direction intended to bring quantum, AI, and research workflows into one environment.
Open record →End-to-end quantum intelligence
A working end-to-end quantum-classical intelligence system with a compact Brain-owned cortex, typed cognition, governed memory, checkpointed learning, exact QSA state work, and target-sealed evaluation.
Open record →