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Jonathan Hirst
Professor at The University of Nottingham
Professional Background
Professor Jonathan Hirst boasts a distinguished career in the fields of Computational and Theoretical Chemistry, spanning over two decades. He currently holds the esteemed position of Professor of Computational Chemistry at the University of Nottingham, where he has made significant contributions to the field through his research and teaching. Professor Hirst's professional journey began after he completed his Bachelor of Arts in Chemistry at Oxford University in 1990. He further advanced his education by obtaining a Ph.D. in Biochemistry and Molecular Biology from the University of London in 1993, mentored by the renowned Dr. Michael Sternberg at the Imperial Cancer Research Fund.
Following the completion of his doctorate, Professor Hirst embarked on a fruitful postdoctoral research career in the United States, during which he collaborated with prominent chemist and researcher Professor Charles Brooks III. His time at Carnegie Mellon University and later at The Scripps Research Institute, La Jolla, as a recipient of the prestigious Human Frontiers Long-term Fellowship, laid the groundwork for his subsequent academic and research endeavors.
In 1996, Professor Hirst returned to academia as an Assistant Professor at The Scripps Research Institute, where he contributed significantly to research while enhancing his teaching capabilities. By 1999, he joined the University of Nottingham as a Lecturer in Computational and Theoretical Chemistry. His dedication to advancing knowledge in this field led to his rapid promotions: he was appointed as a Reader in 2002, and just two years later, in 2004, he achieved the title of Professor in Computational Chemistry.
Throughout his academic career, Professor Hirst has not only excelled in teaching but has also taken on essential leadership roles. In 2012, he became the Head of the Department of Physical and Theoretical Chemistry, subsequently transitioning in August 2013 to become the Head of the entire School of Chemistry at the University of Nottingham. Under his leadership, the School of Chemistry has flourished, continuing to uphold its reputation for excellence in research and education.
Education and Achievements
Professor Hirst’s academic foundation is robust, having received rich educational experiences at two prestigious institutions. His B.A. (Hons) in Chemistry from Oxford University laid the groundwork for a deep understanding of chemical principles and practices. His Ph.D. from the University of London, where he focused on Biochemistry and Molecular Biology, equipped him with the skills necessary to excel in complex research environments.
His journey reflects a commitment to continuous learning and academic excellence, as demonstrated by his transition from student to educator and researcher. The contributions he has made to the field of Computational Chemistry are significant, with a focus on areas such as ab initio calculations of electronic excited states of molecules, electronic structure studies, circular dichroism of proteins, as well as bioinformatics and computer-aided drug design.
Key Areas of Specialization
Professor Hirst is recognized for his specialties in various facets of chemistry and biochemistry. His expertise encompasses:
- Ab Initio Calculations: Utilizing fundamental quantum mechanics to understand the electronic excited states of molecules, which is crucial for predicting chemical behaviors and properties.
- Electronic Structure and Circular Dichroism: Studying the electronic structures of proteins and their behaviors, particularly in relation to circular dichroism, which provides insights into protein conformation and interactions.
- Protein Folding and Evolution: Investigating the mechanisms of protein folding and the evolution of protein structures, which plays a vital role in understanding biological processes.
- Bioinformatics: Leveraging computational power to analyze biological data, which aids in unraveling the complexities of molecular biology and genetics.
- Computer-Aided Drug Design: Innovating new methods for the design of drugs through computational modeling, thereby partnering with the pharmaceutical industry to enhance drug discovery and development processes.
Editorial Leadership
In addition to his remarkable research and educational roles, Professor Hirst contributes to the scholarly community as an Editor for the Journal of Molecular Graphics and Modelling since 2005. His leadership in this editorial position exemplifies his commitment to advancing research dissemination in the field of chemistry and ensuring the integrity of published scientific knowledge.
Achievements
Professor Hirst's career has been characterized by several achievements that showcase his dedication to innovation, education, and research within the chemistry community. His ability to lead complex research projects while nurturing the next generation of scientists exemplifies his dual focus on education and practical application.
His promotion to Head of the School of Chemistry demonstrates his exceptional leadership skills, impacting the direction of the department and the broader scientific community. He has set high standards for research excellence and continues to inspire colleagues and students alike through his steadfast commitment to scientific inquiry and mentorship.
As a thought leader in Computational Chemistry, Professor Jonathan Hirst stands out as a prominent figure, bridging the gap between theoretical knowledge and practical application. His journey reflects an unwavering passion for chemistry, a drive for innovation, and a deep commitment to education—making him not only a mentor but also a source of inspiration for aspiring chemists.
tags':['Computational Chemistry','Theoretical Chemistry','University of Nottingham','Oxford University','Scripps Research Institute','Human Frontiers Fellowship','Bioinformatics','Protein Folding','Drug Design','Chemical Education','Molecular Graphics','Scientific Research','Circular Dichroism'],
