The Vacuum as an Engineering Material

Speaker(s)

Bill Barnes

University of Exeter

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

The Vacuum as an Engineering Material

Speaker(s)

Bill Barnes

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