Biochemistry Best Scientist – Prof. Ir. Ts. Dr. Pau Loke Show
Prof. Ir. Ts. Dr. Pau Loke Show has been recognized as the Best Scientist of Biochemistry within the University of Nottingham Malaysia and in the entire Malaysia!
By ranking 7th in Asia and 108th in the global, Prof. Ir. Ts. Dr. Pau Loke Show also left an indelible mark on the world scientific community with his pioneering research.
These achievements are based on i10 and H-index, which was referenced from AD Scientific Index 2023 as of 1st of August 2023.
He has made significant contributions to many different fields of research. These discoveries have not only expanded biochemistry’s horizons but also received a lot of praise and acknowledgment.
Below is the certificate of Prof. Ir. Ts. Dr. Pau Loke Show which printed on AD Scientific Index 2023 official website.
World’s top 2% scientists based on scientific impact list 2022
Congratulations to Prof. Show Pau Loke for being recognized among the world’s top 2% scientists according to the “Stanford List” and the scientific impact.
Prof. Pau Loke Show, in collaboration with researchers from the University of Nottingham Malaysia, University Malaya, Xiamen University China, Nanyang Technological University, and Feng Chia University Taiwan, examines groundbreaking research on the high-energy lithium-ion batteries. Their findings, featured in the Journal of Cleaner Production, signal a promising path for a future powered by advanced battery technology. Please see more details in: Elevating Battery Performance with Nickel-Rich Cathodes Could Revolutionize Energy Storage Solutions – Khalifa University (ku.ac.ae)
Carbon capture and utilization technologies, aimed at transforming CO2 into valuable resources such as fuel, are important as CO2 emissions continue to rise around the world. Led by Prof. Pau Loke Show, a pioneering research team with researchers from Universiti Tenanga Nasional, Malaysia; Nanyang Technological University, Singapore; and Central Queensland University, Australia is exploring the potential of microwave plasma technology for CO2 conversion. Their groundbreaking findings, published in top 1% journal (Applied Energy), showcases the simulation of a microwave plasma reactor model, providing crucial insights into optimizing this technology for practical use. Their findings reveal the significance of electron density and temperature in achieving efficient CO2 conversion. As Prof. Show emphasizes, amidst the urgency of carbon dioxide mitigation, plasma conversion stands as a promising frontier, offering a novel approach to address this global challenge. Please see more details in: Harnessing Microwave Plasma Technology for CO2 Conversion – Khalifa University (ku.ac.ae)
The collaborative efforts of Liyana bt. Yahya, Principal Researcher in Renewable Energy & Green Technology at TNBR, and Prof. Pau-Loke Show, President of International Bioprocess Association Malaysia and Algae Biotechnology Consortium explores the science behind microalgae’s carbon capture abilities in combating climate change with Energy Watch. Together, they shed light on the crucial role of microalgae in shaping a sustainable future amidst the climate crisis. Despite the challenges in commercializing microalgae technology without adequate support, Dr. Show emphasizes the importance of partnerships between academia, government, and industry. To address this, the TNBR Microalgae Research Project and the Algal Biotechnology Consortium are not only advancing research but also planning educational outreach initiatives. Through engagement with schools and universities, they aim to cultivate awareness and inspire the next generation of scientists and entrepreneurs in the realm of algae research, forging a path towards sustainable solutions.