Selective Manipulation of Electronically Excited States through Strong Light-Matter Interactions

Speaker(s)

Karl Börgjesson

University of Göteborg

Events

Theory of Vibronic Polaritons in Optical Microcavities: The Effects of Multi-Particle States…

Strong Light-Matter Coupling in Extended Open Cavities

Strong Light-Matter Coupling and Collective Phenomena in Quantum Materials

Non-Radiative Energy Transfer via Light-Matter Strong Coupling

Conductivity and Photoconductivity under Strong Coupling

Tailoring Energy Transport in Molecules by Confined Photons

Molecular Cavity Quantum Electrodynamics: Ultrastrong Coupling Effects

Coupling Vibrational Modes Using Light

Functional Structure of Energy Materials through Universal Tracing of Tortuous Excitation Paths…

Triplet Pair States in Organic Semiconductors

Photonic Spook: Molecules Feeling Each Other at Large Distances

Cavity Enhanced Transport of Excitons and Charge

Weak and Strong Light-Matter Coupling with Semiconducting Polymers and Carbon Nanotubes

Applications of Collective Subradiant States of Coupled Quantum Emitters

Cavity-Enhanced Molecular Optomechanics

Selective Manipulation of Electronically Excited States through Strong Light-Matter Interactions…

Molecular Vibrational Strong Coupling: Novel Route to Modify Materials Properties

Chemistry under Vibrational Light-Matter Strong Coupling

The Vacuum as an Engineering Material

Not recorded

Selective Manipulation of Electronically Excited States through Strong Light-Matter Interactions

Speaker(s)

Karl Börgjesson

Events

Operating Quantum States in Single Magnetic Molecules

Engineering Molecular Spin Qudits

Bose-Einstein Condensation in a Plasmonic Lattice

Chiral Coupling of Valley Excitons with Spin-Momentum Locked Surface Plasmons

Polaritons for Chemistry and Materials Science

Theory of Vibronic Polaritons in Optical Microcavities: The Effects of Multi-Particle States…

Strong Light-Matter Coupling in Extended Open Cavities

Strong Light-Matter Coupling and Collective Phenomena in Quantum Materials

Non-Radiative Energy Transfer via Light-Matter Strong Coupling

Conductivity and Photoconductivity under Strong Coupling

Tailoring Energy Transport in Molecules by Confined Photons

Molecular Cavity Quantum Electrodynamics: Ultrastrong Coupling Effects

Coupling Vibrational Modes Using Light

Functional Structure of Energy Materials through Universal Tracing of Tortuous Excitation Paths…

Triplet Pair States in Organic Semiconductors

Photonic Spook: Molecules Feeling Each Other at Large Distances

Cavity Enhanced Transport of Excitons and Charge

Weak and Strong Light-Matter Coupling with Semiconducting Polymers and Carbon Nanotubes

Applications of Collective Subradiant States of Coupled Quantum Emitters

Cavity-Enhanced Molecular Optomechanics

Selective Manipulation of Electronically Excited States through Strong Light-Matter Interactions…

Molecular Vibrational Strong Coupling: Novel Route to Modify Materials Properties

Chemistry under Vibrational Light-Matter Strong Coupling

The Vacuum as an Engineering Material

See also