PROJECT / WFC-309 / ACTIVE
Celestial Boundary Dynamics
Theoretical study of how radiative scattering data, memory observables, and asymptotic symmetries can be represented on null boundaries of asymptotically flat spacetime. The program develops conformal-basis tools for flat-space quantum-gravity models and tests their consistency against Wyman reference-system calculations.
FIELD / FACILITY SITES
Wyman Hall Theory Group
Research Computing Center
METHODS
celestial conformal basis
asymptotic symmetry analysis
soft-limit consistency testing
radiative-memory modeling
symbolic amplitude computation
EQUIPMENT / SYSTEMS
symbolic amplitude environment
high-throughput tensor computation cluster
reference-model archive
RECENT ACTIVITY
2026-11-02 — conformal-basis reference library validated against benchmark scattering amplitudes
2026-10-27 — radiative-memory terms added to null-boundary comparison model
2026-10-14 — project opened with Fundamental Physics and Research Computing
FUNDING
U.S. Department of Energy
DE-SC009912 · $4,170,000
Morrow Foundation for Fundamental Inquiry
MFFI-26-104 · $1,250,000
NEWS
2026-11-03Celestial Boundary Dynamics program opens in Fundamental PhysicsResearch2026-10-27Morrow Foundation supports flat-space boundary-physics programFunding