James Freericks
Chair and Professor at Physics, Georgetown University0 Followers
James Freericks supports capacity-building efforts in the field of physics through his extensive research and teaching at Georgetown University, where he has been a distinguished faculty member since 1994. As the inaugural holder of the Robert L. McDevitt Chair, a position endowed by a generous bequest from an alumnus passionate about science and technology, Freericks has made significant contributions to the academic community. His expertise spans across various domains, including the environment, science, and technology, with a particular focus on ultracold atomic systems, resonant inelastic X-ray scattering, and nonequilibrium physics.
Freericks' research is deeply rooted in mathematical physics and computational methods, where he explores the complexities of real materials calculations. His work is pivotal in advancing our understanding of transport in multilayers, a critical area in modern physics. His research endeavors have been supported by prestigious funding agencies such as the National Science Foundation (NSF) and the Department of Energy (DOE), underscoring the impact and relevance of his work.
In the classroom, Freericks is dedicated to fostering a deep understanding of physics among his students. He teaches courses like Solid-State Physics II and Quantum Mechanics II, where he integrates his research insights into the curriculum, providing students with a comprehensive and contemporary education in physics. His commitment to education extends beyond traditional teaching, as he is actively involved in Physics Education Research, aiming to enhance teaching methodologies and learning outcomes.
Freericks' contributions to the field are not limited to his research and teaching. He is an active participant in numerous collaborative projects, working alongside other experts to push the boundaries of what is known in physics. His work in nonequilibrium physics and transport in multilayers is particularly noteworthy, as it addresses some of the most challenging questions in the field today.
Throughout his career, Freericks has been recognized for his dedication to advancing science and education. His role as a McDevitt Professor highlights his commitment to integrating scientific inquiry with educational excellence, making him a valuable asset to Georgetown University and the broader scientific community. His ongoing projects and collaborations continue to inspire and shape the future of physics research and education.
External Link www.georgetown.edu/ Freericks' research is deeply rooted in mathematical physics and computational methods, where he explores the complexities of real materials calculations. His work is pivotal in advancing our understanding of transport in multilayers, a critical area in modern physics. His research endeavors have been supported by prestigious funding agencies such as the National Science Foundation (NSF) and the Department of Energy (DOE), underscoring the impact and relevance of his work.
In the classroom, Freericks is dedicated to fostering a deep understanding of physics among his students. He teaches courses like Solid-State Physics II and Quantum Mechanics II, where he integrates his research insights into the curriculum, providing students with a comprehensive and contemporary education in physics. His commitment to education extends beyond traditional teaching, as he is actively involved in Physics Education Research, aiming to enhance teaching methodologies and learning outcomes.
Freericks' contributions to the field are not limited to his research and teaching. He is an active participant in numerous collaborative projects, working alongside other experts to push the boundaries of what is known in physics. His work in nonequilibrium physics and transport in multilayers is particularly noteworthy, as it addresses some of the most challenging questions in the field today.
Throughout his career, Freericks has been recognized for his dedication to advancing science and education. His role as a McDevitt Professor highlights his commitment to integrating scientific inquiry with educational excellence, making him a valuable asset to Georgetown University and the broader scientific community. His ongoing projects and collaborations continue to inspire and shape the future of physics research and education.
Publications
5 - Operator Relationship between Conventional Coupled Cluster and Unitary Coupled Cluster,Symmetry
James K. Freericks ,
, 494, 2022-02-28
7 - Determining Ground-State Phase Diagrams on Quantum Computers via a Generalized Application of Adiabatic State Preparation,Symmetry
Akhil Francis , Ephrata Zelleke , Ziyue Zhang , Alexander F. Kemper , James K. Freericks ,
, 809, 2022-04-13
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