Light Harvesting in Photosynthesis

Part 1: Building the Light Harvesting Apparatus: Pigments 1. Pigments: General Properties and Biosynthesis 2. Chlorophylls in a Protein Environment: How to Calculate Their Spectral and Redox Properties (From MO to DFT) 3. Carotenoids: Electronic States and Biological Functions Part 2: Building the Light Harvesting Apparatus: Proteins 4. Light Harvesting in Higher Plants and Green Algae 5. Light Harvesting in Cyanobacteria: The Phycobilisomes 6. The Purple Bacterial Photosynthetic Apparatus 7. Light Harvesting in Green Bacteria 8. Light Harvesting Complexes in Chlorophyll c-containing Algae 9. Reaction Centers: Structure and Mechanism 10. Organization of Photosynthetic Membrane Proteins into Supercomplexes 11. Photoprotective Excess Energy Dissipation Part 3: Light Harvesting Systems in Action: Energy Transfer and Electron Transport 12. The Exciton Concept 13. Modeling of Energy Transfer in Photosynthetic Light Harvesting 14. Quantum Aspects of Photosynthetic Energy Transfer 15. Photoinduced Electron Transfer in the Reaction Centers 16. Modulation of the Redox Potentials Part 4: Light Harvesting Systems in Action: Spectroscopy 17. Basic Optical Spectroscopy for Light Harvesting 18. Advanced Spectroscopy: Ultrafast and 2D 19. Experimental Evidence of Quantum Coherence in Photosynthetic Light Harvesting 20. Systems Biophysics: Global and Target Analysis of Light Harvesting and Photochemical Quenching in vivo Part 5: Artificial and Natural Photosynthesis 21. Light Harvesting, Photoregulation. and Photoprotection in Selected Artificial Photosynthetic Systems 22. Light to Useful Charge in Nanostructured Organic and Hybrid Solar Cells 23. Chlorophyll Fluorescence as a Tool for Describing the Operation and Regulation of Photosynthesis in vivo 24. Harvesting Sunlight with Cyanobacteria and Algae for Sustainable Production in a Bio-based Economy

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Chloroplast Movement;Cytochrome B6f;Alberta Pinnola;LHCII Trimer;Ana L. Moore;PSII Reaction Center;Anat Shperberg-Avni;FMO Complex;Andrew Hitchcock;EET;Arvi Freiberg;Pigment Protein Complex;Benedetta Mennucci;Transition Dipole Moment;Bruno Robert;LH2 Complex;C. Neil Hunter;Thylakoid Membrane;Carles Curutchet;Purple Bacteria;Claudia BChel;Nonphotochemical Quenching;David A. Farmer;EET Efficiency;David J. Mothersole;Oxygenic Photosynthetic Organisms;Devens Gust;LHC Protein;Diana Kirilovsky;Primary Electron Donor;Dmitry A. Semchonok;Exciton States;Donatas Zigmantas;Electron Transfer Chain;Egbert J. Boekema;Peripheral Antenna;Fabrice Rappaport;Photosynthetic Pigment Protein Complex;Gerdenis Kodis;Oxygenic Photosynthesis;Gregory D. Scholes;Electronic Coupling;Gregory S. Engel;PSII Fluorescence;Gyo?O?Garab;Chlorophyll Fluorescence;Harry A. Frank;MLCT State;Herbert Van Amerongen;Ivo Van Stokkum;Jacob C. Dean;Jeremy Harbinson;Jessica M. Anna;Jevgenij Chmeliov;Katherine Wongcarter;Klaas J. Hellingwerf;Lauren Nicol;Leeat Bar-Eyal;Leonas Valkunas;Manuel J. Llansola-Portoles;Martin B. Plenio;Michael R. Jones;Min Chen;Nir Keren;Noam Adir;Pascal Van Alphen;Rienk Van Grondelle;Robert E. Blankenship;Roberto Bassi;Susana F. Huelga;Thomas A. Moore;Thomas Renger;Tom? Manc?Al;Tom? PolA;TNu Pullerits;Villy SundstrM;Vladimir I. Novoderezhkin;Yossi Paltiel