Dispersion anomalies
Modeling edge-case behavior in group velocity under extreme refractive conditions, and what it implies for signal envelopes.
Independent research initiative — est. 2019
The Institute for Light-Speed Propagation studies theoretical models of faster-than-light signal transfer, dispersion anomalies, and the mathematics of causality at the edge of relativistic physics.
Focus areas
Modeling edge-case behavior in group velocity under extreme refractive conditions, and what it implies for signal envelopes.
Formal frameworks for preserving causality in theoretical models that permit superluminal information transfer.
Re-examining Hartman effect literature and its contested implications for apparent faster-than-light barrier traversal.
"Most of what we publish is negative results. That's not a failure of the program — ruling things out carefully is the actual work."
— From the Institute's 2025 research note
Contact
For correspondence, preprints, or general inquiries.
research@ilsp.strangled.net
PGP fingerprint available on request