Machine Learning Neutrino-Nucleus Cross Sections

• Daniel Hackett (Fermilab)

AI for data preservation and interpretation in hadron physics

• marco battaglieri (INFN-GE)

Quantum states from normalizing flows

• Yukari Yamauchi (Institute for Nuclear Theory, University of Washington)

Quantum dynamics of entanglement and hadronization in jet production in the massive Schwinger model

• David Frenklakh (Brookhaven National Laboratory)

Charged lepton flavor violation searches at the EIC

• Kaori Fuyuto (LANL)

Quasifragmentation functions and quasiparton distributions in the massive Schwinger model

• Sebastian Grieninger (Stony Brook University)

Neural Compression for sPHENIX TPC Data

• Yi Huang (Brookhaven National Lab)

Studying the nucleon tomograhy with GPDs in the future EIC

• Yuxun Guo (Lawrence Berkeley National Laboratory)

Combining forward-LHC and EIC data to search for non-linear QCD evolution

• Peter Jacobs (Lawrence Berkeley National Laboratory)

Tools for unbinned unfolding and an application for jet measurements

• Ryan Milton (UC Riverside)

QCD Theory meets Information Theory

• Benoit Assi (U. Cincinnati)

Foundation models and agents for physics

• Nesar Ramachandra (Argonne National Laboratory)

Generative AI for Jet Analysis and Full Detector Simulation

• Yeonju Go

From Uncertainty to Discovery: Machine Learning at the Frontier of Phenomenology

• Brandon Kriesten (Argonne National Lab)

Preparing the Jet-AI/ML landscape for the EIC

• Rithya Kunnawalkam Elayavalli (Vanderbilt University)

Lattice Gauge Theory Simulations with Gauge Symmetric Neural Network Wave Function

• Di Luo (University of California, Los Angeles)

AI-assisted detector clustering, design, and simulation

• Gregory Matousek (Duke)

Machine Learning Applications for Improving Accelerator Operations at the EIC

• Weijian Lin (Brookhaven National Laboratory)

Gauge theory dynamics with tensor networks

• Navya Gupta (University of Maryland, College Park)

A Wilsonian RG framework for Regression Tasks in Machine Learning

• Anindita Maiti (Perimeter Institute for Theoretical Physics)

Topological Phases and Quantum Hamiltonian Simulations of Wilson Fermions Coupled to U(1) Gauge Fields

• Sriram Sekhar Bharadwaj (UCLA)