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Kryptur Research is helping solve problems at the frontier of science with quantum-centric supercomputing.

Recent news

Resurrecting Coherence: Zero-Noise Extrapolation on 80-Qubit GHZ States

Technical note
Raja Ram
QuantumError MitigationGHZ States

GHZ fidelity decomposition across 4–80 qubits on ibm_marrakesh

Explainer
Raja Ram
Quantum AlgorithmsBell State

Open-source DD+ZNE pipeline archived on Zenodo

Release
Raja Ram, Kryptur OU
AIOpen Source

Research Challenge: June Parity Puzzle

Puzzle

SN-112A topology synthesis takes center stage at hybrid cloud week

News
Kryptur Engineering
QuantumMaterials DiscoveryHybrid Cloud

Kryptur Research Documentation hub: applications open

News
Kryptur Research Team
QiskitQuantum Community
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Tools + Code

GHZ ZNE+DD Pipeline

Open-source framework for zero-noise extrapolation, XY4 dynamical decoupling, and bootstrap analysis on cloud superconducting processors.

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Fidelity Decomposition Toolkit

An open-source benchmark suite for decomposing GHZ fidelity into population purity and phase coherence across NISQ hardware.

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Kr | fokker-plank Risk Models

A family of quantum-enhanced risk models engineered for trust and scalability in financial services applications.

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Qiskit Experiment Scripts

Easily build and transpile GHZ circuits with 80+ qubits using reproducible Kryptur runtime experiment scripts.

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