Photosynthetic Protein-Based Photovoltaics

Learning from nature to improve better solar energy conversion devices. Not just plants perform photosynthesis. The reaction centers of photosynthetic organisms. Physics of electron transfer, dynamics, and pathway in different reaction centers. Working principle of some solar cells technology. Photosynthetic-reaction center solar cells. Alternative approaches to design photosynthetic solar cells. Stability issues and method to overcome this method. Using inorganic nano-materials to recreate photosynthetic proteins. Conclusions and future perspectives.

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• Química física
• Tecnologia das fontes de energia renovável e alternativa
• Medicina pré-clínica: ciências básicas
• Bioquímica
• Química industrial
• Biologia, ciências da vida

RC;Solar Conversion;Solar Cell;Protein-Based Photovoltaics (PV);DSSC;Solar Cells;Natural Photosynthetic System;Bio-Based Photovoltaics;Light Harvesting Complexes;Artificial Photosynthesis;Artificial Photosynthetic Systems;Photoelectrochemical Cells;Opv Device;Di Sheng Lee;Antenna Complexes;Yoke Keng Ngeow;BHJ;Ajay K. Kushwaha;Photoactive Layer;Nagaraju Mokurala;Electron Transfer;Krishnaiah Mokurala;Photochemical Charge Separation;Siddhartha Suman;High PCE;Daize Mo;OSCs;Tianyu Bai;Opv;Leilei Tian;HOPG Electrode;Feng He;Polymer Solar Cells;Michael R. Jones;Interfacial Electronic Structure;Sai Kishore Ravi;BHJ Solar Cell;Vishnu Saran Udayagiri;Excitation Energy Transfer;Anuraj Singh Rawat;American Chemical Society;Charge Separation;Electrochemical Catalytic Activity;Electron Transfer Chain;Homo Energy Level