Symmetry, spectral triples, quantum spaces, division algebras, gauge ansätze
Research programme
Exact mathematical structures in field theory, gravity & quantum/information geometry
My research uses rigid algebraic and geometric structures to make physical questions exactly computable. The recurring pattern is simple: choose an exact structure, compute its geometry, and extract physics — fields, charges, phases, distances, particle-sector structures, or transport laws.
Common mechanism
Connections, curvature, phases, charges, spectral distances, transport
Fields, particle sectors, black-hole phases, information metrics
The geometry should be explicit, the computation controlled, and the physical interpretation earned.
Research map
Directions and entry points
Compact summaries of the public-facing routes through the programme.
Publications
Publications and public preprints
For citation counts and full indexing, see InspireHEP or arXiv.
Academic activity
Talks, conferences, and schools
Selected talks
Earlier and local seminars
Conferences
Schools
Research trajectory
Where the programme developed
Earlier to current research homes.