SFB 1432 Retreat, October 11-12, 2021

Each project will be presented in a 25-minute talk given by the projet leader(s) (*) plus 5 minutes for questions.

  project title project leader(s)
session chair

Project group A: Field and Charge

  Session 1- Monday 4.30 - 6:00 pm Eva Weig
A01 Coulomb correlations and non-Poissonian statistics
in attosecond picotransport
A02 Charge fluctuations in superconducting single electron transistors Scheer*, Belzig
A03 Quantum transport in the presence of engineered quantum fields Belzig*
  Session 2 - Monday 6.30 - 8:00 pm Elke Scheer
A04 Fluctuations in few-electron pulses between the quantum limit
and space-charge regime
A05 Quantum dynamics and measurement of radiation in the time domain Burkard*
A06 Time-domain quantum statistics of nonclassical mid-infrared electric fields Leitenstorfer*
  Project group B: Spin  
  Session 3 - Tuesday  9:00 - 10:30 am Guido Burkard
B01 Spin shot noise and hybrid noise measurements Goennenwein*
B02 Role of fluctuations in magnetic transport Nowak*
B03 Microscopic probes of critical spin fluctuations in 2D magnets Müller*
  Session 4 -Tuesday  11:00 - 1:00 pm Alfred Leitenstorfer
B04 Excited states and dynamics of current-driven molecular spin systems Fonin*, Winter
B05 Space-time imaging of spontaneous reaction and spin dynamics by ultrafast double-probe electron microscopy Baum*
B06 High-frequency spin noise dynamics in magnetically ordered systems Goennenwein*
B07(1) Femtosecond quantum magnonics in a nonlinear regime far from equilibrium Bossini*
  Project group C: Mass  
  Session 5 - Tuesday  3:00 - 4:30 pm Clemens Bechinger
C01 Fluctuation-induced nonlinear dynamics of nanomechanical systems Weig*
C02 Strongly driven nanomechanical systems: classical and quantum Belzig*, Burkard
C03 Strongly nonlinear multi-dimensional resonators Scheer (Yang*)
  Session 6 - Tuesday  5:00 - 7:00 pm Martina Müller
C04 Numerical optimization methods for the identification and control of fluctuating systems Volkwein*
C05 Driven particles in strongly coupled non-Markovian baths Bechinger, Krüger*
C06 Driven activation in a nonequilibrium bath Fuchs*
C07 Stress correlations in complex fluids Fuchs*, Zumbusch*

(1) submitted