Strategic Objectives
• Discover how vacuum fluctuations can fundamentally alter molecular energy landscapes.
• Learn the principles of vibrational strong coupling to control chemical reaction rates.
• Explore the intersection of quantum optics and structural chemistry for breakthrough innovations.
• Understand the experimental setups required to create and measure polaritonic states.
The Core Challenge
Traditional chemistry is limited by thermal and catalytic boundaries, often requiring extreme conditions to break bonds or steer selectivity.
01
The Dawn of Polaritonic Chemistry
02
Architectures of Confinement
03
The Power of Nothing
04
The Marriage of Light and Matter
05
Anatomy of a Polariton
06
The Jaynes-Cummings Model
07
Vibrational Strong Coupling
08
Electronic Strong Coupling
09
The Rabi Splitting Phenomena
10
Collective Coupling Effects
11
Reshaping the Potential Energy Surface
12
Thermodynamics in the Cavity
13
Symmetry and Selection Rules
14
Non-Adiabatic Dynamics
15
Plasmonic Nanocavities
16
Spectroscopic Probes of Polaritons
17
Quantum Transport in Cavities
18
Polaritonic Catalysis
19
Material Science Applications
20
Computational Polaritonic Chemistry
21
The Future of Molecular QED
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