Quantum Simulation
We are developing software for the simulation of unconventional superconducting systems, with an emphasis on tools that help researchers move between theoretical structure, computational experiments, and interpretable outputs.
DomainCondensed matter physics and unconventional superconductivity
PurposeModelling, sweeping, visualising, and comparing physical regimes
OutputReproducible runs, clearer diagnostics, and publication-ready results
What This Software Needs To Do
- Support parameter exploration without turning every run into a bespoke script.
- Make it easier to compare competing physical pictures and pairing structures.
- Produce outputs that are useful both during research and during write-up.
- Keep the workflow organised enough that results can be revisited and extended rather than lost.
Why We Care
Scientific software often becomes fragile because it grows too close to one immediate problem. We want tools in this area to remain rigorous while also becoming more legible, more reusable, and easier to build on over time.
QuantaLumin’s Angle
This work sits at the intersection of physics, infrastructure, and scientific communication. The same design principles that make a research operating environment useful also matter here: clarity, reproducibility, and workflows that support real thinking.