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Condensed Matter Physics, Disordered and Strongly Correlated Systems, Quantum Hall Effects, Quantum Field Theory in Condensed Matter.
Professor Fradkin is an internationally recognized leader in theoretical physics, who has contributed to many problems at the interface between quantum field theory (QFT) and condensed matter physics (CMP). Eduardo is a fellow of the American Physical Society, a fellow of the American Academy of Arts and Sciences and member of the National Academy of Sciences.
In his early work, he pioneered the use of concepts from CMP and statistical physics, such as order parameters and phase diagrams, to problems of QFT and high energy physics, in particular to the non-perturbative behavior of gauge theories. Perhaps his most important result in this area was the proof that when matter fields carry the fundamental unit of charge, the Higgs and confinement phases of gauge theories are smoothly connected to each other and are as different as a liquid is from a gas. This result remains one of the cornerstones of our understanding of the phases of gauge theories and represents a lasting contribution to elementary particle physics.
Condensed Matter Physics, Disordered and Strongly Correlated Systems, Quantum Hall Effects, Quantum Field Theory in Condensed Matter.
Professor Fradkin is an internationally recognized leader in theoretical physics, who has contributed to many problems at the interface between quantum field theory (QFT) and condensed matter physics (CMP). Eduardo is a fellow of the American Physical Society, a fellow of the American Academy of Arts and Sciences and member of the National Academy of Sciences.
In his early work, he pioneered the use of concepts from CMP and statistical physics, such as order parameters and phase diagrams, to problems of QFT and high energy physics, in particular to the non-perturbative behavior of gauge theories. Perhaps his most important result in this area was the proof that when matter fields carry the fundamental unit of charge, the Higgs and confinement phases of gauge theories are smoothly connected to each other and are as different as a liquid is from a gas. This result remains one of the cornerstones of our understanding of the phases of gauge theories and represents a lasting contribution to elementary particle physics.
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Anuva Aishwarya,Julian May-Mann, Avior Almoalem,Sheng Ran,Shanta R. Saha,Johnpierre Paglione, Nicholas P. Butch,Eduardo Fradkin,Vidya Madhavan
PHYSICAL REVIEW Bno. 9 (2024)
arxiv(2024)
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Matthew C. O'Brien,Eduardo Fradkin
JOURNAL OF STATISTICAL MECHANICS-THEORY AND EXPERIMENTno. 1 (2024)
arxiv(2023)
arxiv(2023)
Ramiro Sebastián Severino,Pablo Daniel Mininni,Eduardo Fradkin,Victoria Bekeris,Gabriela Pasquini,Gustavo Sergio Lozano
arxiv(2022)
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