Helmholtz International School "Modern Colliders - Theory and Experiment 2018" and Workshop "Calculations for Modern and Future Colliders (CALC2018)"

Scientific Programme

The School topics:

• Introduction to hadron collider physics
• Higgs physics
• QCD for colliders
• Top-quark physics
• Beyond the Standard Model
• Computational techniques for the LHC
• Modern computational methods for scattering amplitudes
• Flavor physics
• Future colliders

The CALC-2018 workshop topics:

• Precision theoretical calculations for collider experiments
• Techniques of multiloop calculations and ressumation
• Computer codes for calculations in HEP
• Theoretical predictions beyond the Standard Model
• Modern computational methods for scattering amplitudes

The lectures will be given by:

• Sergey Alekhin (Hamburg Uni.)
  • ​QCD for colliders
• Lev Dudko (SINP MSU)
  • Top-quark physics
• Christophe Grojean (DESY & Humbolt Uni.)
  • Beyond the Standard Model
• Andrey Grozin (BINP, Novosibirsk)
  • ​Effective theories in heavy quark physics
• ​Andrei Davydychev (SINP MSU)​
  • ​A geometrical approach to the evaluation of Feynman diagrams
• Sven Heinemeyer (CSIC, Madrid/Santander)
  • ​Higgs Physics
• Johannes Henn (Mainz Uni.)
  • ​Modern computational methods for scattering amplitudes
• ​Oleg Rogachevskiy (JINR)
  • ​Physics at NICA
• Ben Ruijl (ETH Zürich) / Thomas Hahn (MPI Munich)
  • ​Symbolic Programming in HEP 
• Frank Zimmermann (CERN)
  • Linear e+e- colliders
  • Circular e+e- colliders
  • Future hadron colliders and beyond