qpu

Language and compiler for the Raspberry Pi GPU

Playground of RaspberryPi baremetal (V3D, HDMI Audio, DMA, DWC2 USBHost, UART, Framebuffer)

Using a quantum computer to cluster data points

Policy-controlled NVIDIA CUDA-Q execution with resource preflight, target guardrails, diagnostics, backend comparison, and tamper-evident audit trails.

VQE on photonic quantum devices

Feature selection for machine learning using mutual information.

Decode cellphone transmissions and compare performance to decoding methods currently in use in cellular networks.

Factor numbers using a quantum computer.

Simulate Kibble-Zurek mechanism on a quantum computer.

Quantum Engineering : Study, design, analysis of Superconducting and Transmon qubits.

An open-source execution layer for quantum hardware — inspect and control the qubit-selection, scheduling, and routing decisions closed runtimes hide.

AstraQPU is a virtual QPU runtime for architecture aware scheduling, control, and hardware in the loop execution. It models QPU architecture specs, native instruction scheduling, timing constraints, telemetry, and serial MCU backed control planes for prototyping quantum systems software. Hope you find it interesting :)

A general purpose language for the Raspberry Pi's Broadcom Videocore IV GPU

Demonstrates reverse annealing on D-Wave quantum computers.

Showcases performance improvements of an Advantage2 system, relative to an Advantage system.

Reproducible 60-qubit HCS-inspired QPU certification with public QASM, finite-shot analysis, tests, and Zenodo DOI: 10.5281/zenodo.21724982

Audit IBM Quantum Instance usage workload and circuit-level evidence.

An interactive visualization tool that tracks the evolution of QPUs over time.

Container-native CI/CD quality gates for quantum circuits: statistically validate the probabilistic output of quantum programs across simulators and real QPUs, as declarative YAML, with drop-in exit-code gating.

QuEra Computing — independent third-party profile of a public API surface, by API Evangelist. QuEra Computing is a Boston-area neutral-atom quantum computing company, founded in 2021 by scientists from Harvard and MIT. Its flagship system, Aquila, is a 256-qubit field-programmable analog neutral-atom quantum processor that has been publicly availab