CHAPTER 1 OnePhoton Absorption Theory
References
CHAPTER 2 Charge Transfer and ElectronHole Coherence in OPA
References
CHAPTER 3 Application of OPA
3.1 Biology
3.1.1 Retinal proteins (rhodopsins)
3.1.2 Green fluorescent protein
3.2 Enenrgy materials
3.2.1 Quinoidal charge delocalization in poly-p-phenylene cation radical
3.2.2 Neutral and charged π-dimeric quinquethiophenes
3.2.3 Surface-enhanced resonance Raman scattering
3.2.4 Near-and deepUV resonance Raman spectroscopy of pyrazine-Al4 complex and Al3-pyrazineAl3 junction
References
CHAPTER 4 TwoPhoton Absorption
4.1 TPA section
4.2 Experimental methods and TPA materials
References
CHAPTER 5 Polarizabilities in Absorption Processes
References
CHAPTER 6 Charge Transfer and ElectronHole Coherence in TPA
6.1 3D cube and 2D site representations for TPA
6.2 Quantum chemical calculations
6.3 Visualizations of transition dipoles, charge transfer and electronhole coherence on electronic state ransitions between excited states for TPA
6.4 Photoexcitation mechanisms of centrosymmetric and asymmetric fluorine derivatives in TPA
References
CHAPTER 7 Application of TPA
7.1 Two-photon photophysical properties of tri-9-anthrylborane
7.2 Spectroscopic and theoretical studies on the photophysical properties of dichlorotriazine derivatives
References
CHAPTER 8 Modeling Examples of Photon Absorptions and Nonlinear Properties in ProAromatic Chromophores
References
CHAPTER 9 Modeling Examples of Simulated Polymethine Dyes for AllOptical Witching
Summary
References
Acknowledgements