About
American theoretical physicist whose research explores the high-energy behavior of particle physics and gravity. Nic specializes in prediction oriented calculations in quantum field theory using variety of on-shell methods. His research leverages analytic tools from mathematics, high-performance computing, and predictive algorithms to gain insights into fundamental physics.
Selection of Talks
UV Behavior of Scattering Amplitudes from Double-Copy Consistency — SLAC National Lab, EPP Theory Seminar — January 2024
Bootstrapping the UV from the IR via Double-Copy Consistency — CERN, ‘QCD Meets Gravity 2023’ — December 2023
Color-Dual Constraints on Gravitational EFT — NORDITA, ‘Amplifying Gravity at All Scales’ Workshop — June 2023
Insights at the S-Matrix Frontier — Argonne National Lab, ‘Particle Theory Seminar’ — April 2023
Climbing towers & counting virtues of the double copy — Zurich, ‘QCD Meets Gravity 2022’ — December 2022
Observables in B-mode suppressed inflation — Northwestern, Early Career Research Seminar — June 2022
Publications
UV Massive Resonance from IR Double-Copy Consistency — (Phys.Rev.D) — October 2023
Revealing the Landscape of Globally Color-Dual Multi-loop Integrands — (JHEP) — September 2023
Even-point Multi-loop Unitarity and its Applications — (JHEP) — July 2023
Double-copy towards supergravity inflation with α-attractor models — (JHEP) — November 2022
Virtues of a symmetric-structure double copy — (Phys.Rev.D) — November 2022
Effective observables for electromagnetic duality from novel amplitude decomposition — (Phys.Rev.D) — October 2022
Color-dual Fates of F3, R3 and N=4 Supergravity — (Phys.Rev.Lett.) — March 2022