ibm-heron

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ymr22 / Quantum-Loom-Cosmology

Official implementation of "The Quantum Loom." We simulate Spacetime as a Discrete Topological Superfluid on IBM Heron (156-qubit) processors to computationally resolve the Hubble Tension, Dark Energy, and the Singularity.

computational-physics quantum-computing cosmology astrophysics navier-stokes general-relativity quantum-gravity dark-energy qiskit quantum-simulation black-holes ibm-quantum hubble-tension topological-physics singularity-resolution superfluid-vacuum b-modes ibm-heron

Updated Feb 26, 2026
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ugail / quantum-neural-networks-compile-once-and-relabel

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Compiling equivariant quantum neural networks can break their symmetry at the structural level, with up to 22.5% CZ-count asymmetry between symmetry-related sparse-graph inputs on IBM Heron's Fez. We classify ansätze by where the input enters and fix the affected case via compile-once-and-relabel.

transpiler quantum-computing symmetry quantum-machine-learning qiskit geometric-deep-learning equivariance quantum-neural-networks variational-quantum-circuits quantum-compilation equivariant-neural-networks ibm-heron near-term-quantum-computing

Updated Apr 28, 2026
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