New in the client: Amazon Braket and OpenQASM 3.0 Adapters
The latest client update adds native support for Amazon Braket circuits and OpenQASM 3.0 programs. Both adapters run entirely offline with no account required.
Read release notes →Q-Verdict classifies bad circuit results as hardware noise or code bugs, so quantum developers stop guessing and start fixing.
When a quantum circuit returns wrong results on real hardware, Q-Verdict classifies the failure: hardware noise or a bug in the circuit. One answer, before you spend more QPU time guessing.
We're onboarding a limited set of early users. Request a spot and we'll provide install instructions and an access key.
Rigorous operator-algebraic treatments of entanglement structure in quantum many-body and field-theoretic systems. We work from foundational mathematical structure up, not from approximations down.
Non-Hermitian spectral theory applied across physical systems: from condensed matter to quantum computing platforms. Hardware-grounded analysis of decoherence mechanisms, spectral stability, and the boundary conditions that separate tractable physics from open problems.
Adversarial, traceable, repeatable verification infrastructure for physics research. No claim advances until derivation or citation supports it.
The latest client update adds native support for Amazon Braket circuits and OpenQASM 3.0 programs. Both adapters run entirely offline with no account required.
Read release notes →A new dispatch from the research program examines stability conditions for non-Hermitian Hamiltonians in coupled qubit environments with environmental dissipation.
Read dispatch →Zero-noise extrapolation and probabilistic error cancellation both assume the circuit is correct. A short note on why that assumption fails, and what has to happen before mitigation begins.
Read note →QA² Labs was built by two people whose paths ran through the same underlying territory from different directions. One spent a career designing large-scale systems with physics as the constant thread. The other carried physics across operational and academic contexts for over a decade, with university research partnerships running alongside work in data and AI systems at scale.
The ² is structural: two independent lines of inquiry, two verification passes, two frameworks in opposition before any result is accepted. The research program that followed is not a pivot. It is where both trajectories arrived.
Every claim is checked before it ships. No output is taken at face value, and unresolved disagreement is flagged rather than smoothed over. Gaps are named, not papered over. Q-Verdict inherits that discipline: every verdict is traceable to a defensible basis, not a black-box guess.
Quantum software teams at hardware vendors, national labs, and large technology and financial institutions running production QPU programs. If your team needs to know whether bad circuit results come from the hardware or the code before spending more QPU time, that is the problem Q-Verdict is built to solve.
Send us a message contact@qa2labs.com