New Developments in Lattice Fermions

Workshop Photos

Workshop Participants

  • Wucheng Zhang, Princeton University
  • Anna Hasenfratz, University of Colorado Boulder
  • John Kogut, University of Maryland College Park
  • Arkya Chatterjee, Stony Brook University
  • Ross Dempsey, MIT
  • Sal Pace, IAS
  • Sahand Seifnashri, Institute for Advanced Study
  • Shu-Heng Shao, MIT
  • Shailesh Chandrasekharan, Duke University
  • Hersh Singh, Fermilab
  • Ho Tat Lam, University of Southern California
  • Nikita Sopenko, Institute for Advanced Study, Princeton
  • Srimoyee Sen, Iowa State University
  • Cenke Xu, UCSB
  • Theo Jacobson, Hamilton College
  • Thea Budde, ETH
  • Simon Catterall, Syracuse University
  • Alex Maloney, Syracuse University
  • Scott Collier, Syracuse University
  • Jay Hubisz, Syracuse University
  • Gwen Hartshaw, Syracuse University
  • Aron Wall, Syracuse University
  • Abhishek Samlodia, Syracuse University

Science, Technology, Engineering, and Math (STEM) Education Forum

The goal of this event is to bring together people from across campus who share an interest in either pursuing STEM Education research (including both Discipline-Based Education Research and Scholarship of Teaching and Learning) or using research-informed practices in their teaching of STEM courses.

Welcome to the Institute for Quantum & Information Sciences

The Institute for Quantum & Information Sciences (IQIS) at Syracuse University explores the fascinating world of quantum science-where the rules of physics open new possibilities for computing, communication, and sensing technologies.

Our researchers work at the intersection of physics, engineering, and computer science to understand quantum systems and develop breakthrough applications. From advancing quantum computing to solving fundamental problems in science and engineering, IQIS is helping shape the future of technology.

We’re building a vibrant community of faculty, students, and partners dedicated to quantum discovery and innovation. Join us in exploring the quantum frontier.