BASIC RESEARCH NEEDS FOR SOLAR ENERGY UTILIZATION
BASIC RESEARCH CHALLENGES FOR SOLAR ELECTRICITY BASIC RESEARCH CHALLENGES FOR SOLAR FUELS BASIC RESEARCH CHALLENGES FOR SOLAR THERMAL UTILIZATION CROSS-CUTTING RESEARCH CHALLENGES REVOLUTIONARY PHOTOVOLTAIC DEVICES: 50% EFFICIENT SOLAR CELLS MAXIMUM ENERGY FROM SOLAR PHOTONS AT LOW COST: DESIGNED PLASTIC PHOTOVOLTAIC STRUCTURES NANOSTRUCTURES FOR SOLAR ENERGY CONVERSION: LOW COST AND HIGH EFFICIENCIES FUELS FROM WATER AND SUNLIGHT: NEW PHOTOELECTRODES FOR EFFICIENT PHOTOELECTROLYSIS LEVERAGING PHOTOSYNTHESIS FOR SUSTAINABLE SOLAR PRODUCTION OF BIOFUELS USING A BIO-INSPIRED SMART MATRIX TO OPTIMIZE ENERGY LANDSCAPES FOR SOLAR FUELS PRODUCTION SOLAR-POWERED CATALYSTS FOR ENERGY-RICH FUELS FORMATION CONTENTS BIO-INSPIRED MOLECULAR ASSEMBLIES FOR INTEGRATING PHOTON-TO-FUELS PATHWAYS ACHIEVING DEFECT-TOLERANT AND SELF-REPAIRING SOLAR CONVERSION SYSTEMS SOLAR THERMOCHEMICAL FUEL PRODUCTION NEW EXPERIMENTAL AND THEORETICAL TOOLS TO ENABLE TRANSFORMATIONAL RESEARCH SOLAR ENERGY CONVERSION MATERIALS BY DESIGN MATERIALS ARCHITECTURES FOR SOLAR ENERGY: ASSEMBLING COMPLEX STRUCTURES CONCLUSION