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    Mike Horne

    Research Chemist at CSIRO

    Professional Background

    Mike Horne is a seasoned professional in the field of electrochemistry, with an impressive career spanning over 30 years. His vast experience encompasses a range of specialties within electrochemical processing, with a keen focus on the fundamentals and applications of ionic liquids. Throughout his career, Mike has established himself as a thought leader in the areas of photoelectrochemistry, electrocatalysis, and sensors, contributing significantly to the scientific community and advancing the field with his innovative work.

    As a prominent figure in electrochemical research, Mike has held influential positions with notable organizations, including the Commonwealth Scientific and Industrial Research Organisation (CSIRO) in Australia, where he served as a Research Chemist. His tenure at CSIRO allowed him to foster collaborations with various universities and companies, facilitating advancements in research that resonate both nationally and internationally.

    Mike also demonstrated his entrepreneurial spirit as the co-director of SolEnergy from 2007 to 2012. This company focused on harnessing renewable energy technologies, showcasing Mike's commitment to sustainability and innovation in the energy sector. This experience has allowed him to integrate his scientific expertise with practical business applications, thereby further enhancing his skill set and professional network.

    Education and Achievements

    Mike Horne's educational background has laid a solid foundation for his extensive career in electrochemistry. While specific details of his educational credentials were not provided, it is evident that his years of study and research have equipped him with the deep knowledge and expertise necessary to excel in his field. Over the course of his career, Mike has authored or co-authored an impressive 32 peer-reviewed papers, including 17 publications in the last five years alone, which have garnered approximately 900 citations.

    In addition to his prolific publishing record, Mike holds three patents, reflecting his innovative contributions to the scientific community. Furthermore, he has authored over 50 commercial reports derived from industry-sponsored research, which highlights his substantial impact in bridging the gap between academic research and industrial application.

    His active engagement in academia is also noteworthy, as Mike has co-supervised numerous postdoctoral fellows, PhD students, and postgraduate students. This mentorship is a testament to his dedication to fostering the next generation of scientists and researchers in the field of electrochemistry. Mike’s efforts have not only enhanced the learning experiences of his students but have also contributed to the advancement of research in electrochemical applications.

    Notable Collaborations and Contributions

    Mike Horne’s professional journey reflects a strong commitment to collaboration and innovation. By actively collaborating with various universities and research institutions, both within Australia and globally, he has expanded his knowledge and understanding of electrochemical processes and their applications. These partnerships have not only enriched his research but have also facilitated the exchange of ideas and best practices across borders, contributing to the advancement of the field.

    His work in the renewable energy sector, particularly during his tenure as co-director of SolEnergy, placed him at the forefront of developing sustainable and environmentally friendly technologies. This experience made him familiar with the complexities of integrating electrochemical research into practical applications, particularly in renewable energy systems.

    As an esteemed researcher, Mike has contributed significantly to the body of knowledge surrounding ionic liquids and other electrochemical technologies. His insights into their applications in electrochemical processing have not only paved the way for more efficient energy solutions but have also shed light on the potential for these materials to revolutionize various industrial processes.

    Conclusion

    Mike Horne stands out as a distinguished professional in the realm of electrochemistry, with a rich blend of academic, research, and practical experience. His contributions to the field, evident through his numerous publications, patents, and collaborations, reflect a dedication to scientific advancement and education. Mike’s commitment to mentoring future scientists and his role in pioneering research in ionic liquids and sustainable energy solutions showcase his influential position within the electrochemical community. As he continues to explore the boundaries of electrochemistry, Mike remains an invaluable asset to the field, inspiring those around him to pursue innovation and excellence in research.

    Related Questions

    How did Mike Horne develop his interests in ionic liquids in electrochemical processing?
    What impact has Mike Horne made on the field of electrochemistry through his research and collaborations?
    Can Mike Horne share insights from his experience as co-director of SolEnergy and its contributions to renewable energy?
    In what ways has Mike Horne contributed to mentoring postdoctoral fellows and PhD students in his field?
    What are some notable trends in electrochemistry that Mike Horne has observed throughout his 30+ year career?
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    Location

    Melbourne, Australia