Tulshi Shiyani

Title : Biohybrid nanostructures for solar fuel generation

Abstract:

Solar energy is the greatest source of energy on earth. Sunlight can be converted into solar power and solar fuel (hydrogen and oxygen) using photoactive materials and devices. Inorganic materials absorb ultra violet light whereas organic materials absorb major visible light. Therefore, hybrid materials can absorb multiple spectrum of light. This enhances the overall absorption of device. Biohybrid photoelectrodes were used to generate photocurrents, and photo voltages under illumination of light. Hybrid photoelectrodes were used for solar photoelectrochemical conversion to generate solar fuel such as hydrogen using water splitting process. This may lead the future generation of solar cells in clean energy sector.

Audience Takeaway:

• The audience will learn about solar energy conversion using hybrid electrodes.
• The presentation will help to the audience to explore this area at commercial scale and it may help to develop technology.
• Yes, this research may be expanded to use in teaching and research.
• Yes, it provides a practical solution to a global problem, i.e. alternative to fossil fuels.
• The presented work will be the solution of current global problem, i.e. global warming.
• List all other benefits. Cheap fabrication, higher absorption of light, eco-friendly materials, solar energy conversion

Biography:

Tulshi Shiyani studied Ph.D. in Nanosciences at Central University of Gujarat, India and MS in physics at Saurashtra University, India. He then joined Saurashtra Research Institute, Rajkot, India to work in the diverse areas of interdisciplinary areas in 2022. He also has worked at Indira Gandhi Centre for Atomic Research, Indian Institute of Technology Kanpur, Pandit Deendayal Petroleum University and Gujarat Technological University in the area of nanotechnology and physics. He has published many articles, books and reviews in reputed publications. He is a chief editor in Science & Engineering Letters.