PASCOS 2025

Session

Strings and Formal Quantum Field Theory

21 Jul 2025, 16:00

Durham

126. Truly Confining Supersymmetric Gauge Theories

Shota Saito

21/07/2025, 16:00

127. Revisiting Instantons in Higgs Phase

Takafumi Aoki

21/07/2025, 16:20

128. Higher-order-operator corrections to phase transitions in dimensionally reduced EFTs

Luis Gil

21/07/2025, 16:40

129. SymTFTs for U(1) symmetries from descent

Finn Gagliano

21/07/2025, 17:00

130. No gauge cancellation at high energy in the five-vector $R_\xi$ gauge

Jaehoon Jeong

21/07/2025, 17:20

131. Towards a non-Hermitian cosmology

Peter Millington

21/07/2025, 17:40

176. Modified Microcausality from Perturbation Theory

Giordano Cintia

24/07/2025, 16:00

177. Realistic Fermion Masses and Mixing in Heterotic Calabi–Yau Models

Luca Armando Nutricati

24/07/2025, 16:20

178. Similarities in the evaporation of saturated solitons and black holes

Giacomo Contri

24/07/2025, 16:40

179. Vacuum Energy in Non–Supersymmetric Quasi–Realistic Heterotic–String Vacua with Fixed Moduli

Eman Basaad

24/07/2025, 17:00

180. Superradiance of non-topological solitons

Qi-Xin Xie

24/07/2025, 17:20

181. Non-Abelian Domain Walls

Bowen Fu

24/07/2025, 17:40

182. Cartography of strong new physics

Álvaro Pastor Gutiérrez

24/07/2025, 18:00

203. Qumode Tensor Networks for False Vacuum Decay in Quantum Field Theory

Simon Williams (IPPP, Durham)

25/07/2025, 14:00

204. How to build a dimension

Kieran Wood

25/07/2025, 14:20

205. Strong-coupling instabilities in degenerate f(R) models

Adrian Casado-Turrion

25/07/2025, 14:40

206. Towards UV-completing supersymmetric extensions of the Standard Model

Gabriel Picanco

25/07/2025, 15:00

208. Bounds on dilaton and complex structure moduli values for perturbative control

Min-Seok Seo

25/07/2025, 15:20

207. Quantum Simulation of Scattering via Hamiltonian Truncation

James Ingoldby

25/07/2025, 15:40

Quantum computers can simulate highly entangled quantum systems efficiently, enabling the exploration of dynamical processes in Quantum Field Theories (QFTs), which would otherwise be impossible using classical techniques. In this talk, based on 2505.03878, I describe an alternative approach to traditional methods for simulating the real-time evolution in QFTs, employing Hamiltonian truncation...