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1:25:15
Disorder in cavity-modified transport and chemistry || Johannes Schachenmayer
0:53:07
Strong coupling and extreme anisotropy in infrared polaritonic media | Joshua Caldwell
1:14:25
Quantum coherence in polariton dynamics: vibrational coupling, reactivity, and disorder
1:06:01
Photochemistry in the strong coupling regime. A non-adiabatic perspective
0:58:08
Polariton Chemistry Roundtable : Single-molecule vs many-molecule strong coupling regimes
0:58:10
Dissipation, coherence, interferences in polaritonic molecular states strongly coupled to plasmons
1:03:53
Modelling realistic open quantum systems: applications to molecular polaritons | Jonathan Keeling
1:09:58
Prof. Lagoudakis | 07/28/2021 | Liquid Light Computing: Room Temperature Full Logic with Polaritons
1:13:02
Polaritons Generated from Strong Coupling between CdSe Nanoplatelets and a Dielectric Optical Cavity
1:21:04
Energy transfer and relaxation pathways in involving molecular polaritons
1:12:53
Designing the plasmonic response of nanoparticles
0:52:00
Real magnetic fields and artificial hamiltonians to control exciton-polariton spin || Barbara Piętka
1:18:01
Polaritonic Metasurfaces | Andrea Alù
1:03:11
Broadband room temperature pico-cavity QED with single emitters || Markus Raschke
1:05:36
Multi-scale computer simulations of molecular polaritons. | Gerrit Groenhof
0:59:46
Nonlinear optics at exciton-plasmon interfaces | Maxim Sukharev
1:07:32
Exciton-polaritons in two-dimensional transition metal dichalcogenides | Chitraleema Chakraborty
1:05:16
Ultrastrong Coupling via Extreme Nanocavity Polaritons
1:12:47
Helical Topological Polaritons | Ritesh Agarwal
1:10:37
Plasmonic Platforms for Polaritonic Chemistry || Matthew Sheldon
1:12:04
Semiconducting monolayers and the prospect of valley-polaritonics || Roel Tempelaar
1:10:14
Novel wave function methods in cavity quantum chemistry | Henrik Koch
1:10:19
Cavity control of two-dimensional materials phenomena: “cavity twsitronics” | Prof. Angel Rubio
1:02:31
The role of cavity losses on nonadiabatic couplings and dynamics in polaritonic chemistry | J. Foley
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