hotlogiq
Hot quantum logic — Raven ISA and HPU programming model for open, dissipative quantum systems.
Eureka! — Archimedes, upon jumping out of the bath. We respectfully disagree.
What is Hot Logiq?
Hot Logiq is a programming model and instruction set architecture (the Raven ISA) for hot quantum computing: computation performed by open quantum systems in which dissipation (gain, loss, complex-β phase) is a computational resource rather than an error to be suppressed.
Hot quantum computing is not noisy quantum computing. A leaky pipe is a cold system with imperfect seals. A water wheel works because of the flow.
The HPU
The Hot Processing Unit (HPU) is the hardware target. Five substrate classes share the Raven ISA programming model:
| Class | Substrate | Temperature |
|---|---|---|
| HPU-P | PT-symmetric photonics | 300 K |
| HPU-B | Bosonic cat qubits | 40 mK |
| HPU-R | Radical-pair / molecular | 300 K |
| HPU-C | Non-Hermitian circuits | 300 K |
| HPU-E | EP sensor arrays | 300 K |
Status
Pre-alpha. Name reservation release — full implementation in progress.
Theory
Built on the ISA framework developed in:
- Paper 619 (Motive ISA): doi:10.5281/zenodo.21416910
- Paper 669 (Hot QC manifesto): TBD
Installation
pip install hotlogiq
License
MIT
1 maintainer
Metadata
1 maintainer
Release files for hotlogiq 0.1.0
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