Long term coherent stability and diffusion studies for the Future Circular Hadron Colliders (FCC-hh and HE-LHC Stability)
Studies of coherent beam-beam effects and beam-beam induced particle losses for the FCC-hh and HE-LHC. Stability of beams in the presence of the machine impedance and beam-beam interaction. Define Landau damping properties and beam dynamics in the presence of strong active transverse feedback. Determine optimum crossing-angle schemes.
Studies of noise effect on colliding beams and beam-beam related orbit effects. Single and multi-particle characterization of the beam dynamics and parameter time evolution for different scenarios. Explore possible mitigation techniques and validate models by benchmarking against operational data.
More details you can find on the project site