systems

photonic systems

• dielectric microresonators
• disordered waveguides

graphene

• disorder and transport
• contacts and interfaces
• confinement mechanisms
• adsorbate functionalization and sensoring
• pseudospintronics

mesoscopic systems

• quantum dots
• quantum wires
• mesoscopic superconductors
• implementations of quantum information processors

quantum and atom optical systems

• mesoscopic light emitters
• atoms in pulsed optical fields
• atoms in strong fields (NSDI, ATI, HHG)
• atomic and molecular condensates

quantum dynamical systems

• chaotic billiards
• kicked rotators
• kicked tops
• Floquet systems

concepts

quantum coherent transport

• weak localization
• sample-to-sample fluctuations
• Anderson localization
• coherent backscattering
• proximity effect
• Josephson effect
• quantum decay

quantum noise

• shot noise
• full counting statistics
• quantum limited noise
• nonmarkovian and nonergodic noise

interactions

• entanglement and correlations
• dissipation and decoherence
• amplification and lasing
• Coulomb blockade

quantum-to-classical correspondence

• mixed phase space
• bifurcations
• Ehrenfest time
• scarring
• fractal Weyl law
• Goos-Hänchen shift

methods

scattering theory

• Landauer-Büttiker formalism
• Green's function methods
• kinetic theory
• non-hermitian operators

statistical approaches

• random matrices
• large deviation statistics
• fluctuation theorems
• multifractality
• nonergodicity
• universal singular fluctuations

semiclassics

• uniform approximations
• asymptotic boundary layer method
• phase-space representations

many-body and field theory

• T matrix and vertex functions
• Master equations
• nonlinear sigma model
• Keldysh techniques
• path integrals

numerics

• recursive Green's functions and decimation
• exact diagonalization and propagation
• quantum equations of motion