A cutting-edge visualization platform for quantum computing researchers, combining stunning graphics with powerful analysis tools.
We bridge the gap between raw calibration data and actionable insights for quantum computing researchers. By providing intuitive visualizations and automated analysis, we help accelerate qubit tune-up workflows and improve gate fidelities across superconducting quantum processors.
Purcell and Bloch independently discover nuclear magnetic resonance, laying the foundation for quantum control.
Ion traps and superconducting circuits emerge as viable qubit platforms with coherent control.
First clear observation of coherent Rabi oscillations in trapped ions, demonstrating precise pulse control.
Koch et al. introduce the transmon design, dramatically improving coherence times and enabling scalable architectures.
Google demonstrates quantum supremacy with a 53-qubit processor, marking a milestone in quantum computing.
AI-powered calibration platforms enable remote qubit tuning and automated error diagnosis for quantum researchers worldwide.
React framework with App Router and server components
Utility-first CSS framework for rapid UI development
Animation library for smooth transitions and effects
3D graphics library for quantum circuit visualizations
Data visualization library for calibration plots
State management for complex calibration workflows
Upload your calibration data and start analyzing with quantum-grade precision.
Start Calibration