Hamiltonian Field Theory for QCD and Hadron Physics

Europe/Madrid
Granada

Granada

María Gómez-Rocha (Universidad de Granada)
Description

 

The Hamiltonian formulation is a fundamental conceptual scheme applied to quantum field theory and any alternative approach refers back to quantities which are naturally defined in that scheme, such as wave functions and eigenvalues. This applies in particular to QCD, hadronic physics or contemporary quantum computing in field theory. Nevertheless the use of the Hamiltonian method is relatively uncommon. The main topics to be discussed in this meeting are

  1. Uses and advantages of the Hamiltonian method in QCD

  2. Hamiltonian description of hadrons

  3. Renormalized Hamiltonians of QFT

  4. Quantum computing and simulation

Hosted by:

Supporting Organizations:

 

     

 

Participants
  • Alessandro Roggero
  • Alexandre Salas-Bernárdez
  • Carmen García-Recio
  • Christopher Winterowd
  • David Robertson
  • Enrique Rico Ortega
  • Enrique Ruiz Arriola
  • Felipe J. Llanes-Estrada
  • Guy F. de Téramond
  • Henry Lamm
  • Hugo Reinhardt
  • JAI MORE
  • James Vary
  • José Manuel Alarcón
  • Juan José Gálvez-Viruet
  • Kamil Serafin
  • Leonid Glozman
  • Lorenzo Luis Salcedo
  • Maria Benítez Galán
  • Maria Gómez-Rocha
  • Meijian Li
  • Pablo Sanchez Puertas
  • Paloma Rodríguez Casalé
  • Paul Hoyer
  • Pedro Bicudo
  • Rob Pisarski
  • Satvir Kaur
  • Stanislaw Glazek
  • Sudeep Saha
  • Thomas Cohen
  • Víctor Leopoldo Martínez Consentino
  • Wayne Polyzou
  • Wenyang Qian
  • Wolfgang Schweiger
  • Yang Li
  • Yingying Li
  • Zohreh Davoudi