David J. E. Callaway is a biological nanophysicist in the New York University School of Medicine, where he is Professor and Laboratory Director. He was trained as a theoretical physicist by Richard Feynman, Kip Thorne, and Cosmas Zachos, and was previously an associate professor at the Rockefeller University after positions at CERN and Los Alamos National Laboratory. Callaway's laboratory discovered potential therapeutics for Alzheimer's disease based upon apomorphine after an earlier paper of his developed models of Alzheimer amyloid formation. He has also initiated the study of protein domain dynamics by neutron spin echo spectroscopy, providing a way to observe protein nanomachines in motion.
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| - David J. E. Callaway ist ein US-amerikanischer Physiker. Callaway befasste sich zunächst mit theoretischer Elementarteilchenphysik und später mit biologischer Nanophysik. Er ist Professor und Laborleiter an der New York University School of Medicine. In den 1980er Jahren entwickelte er mit Aneesur Rahman das Verfahren des mikrokanonischen Ensembles in der Gittereichtheorie. Aus der Trivialität von Quantenfeldtheorien mit reinen Skalarteilchen leitete er Schranken für die Higgsbosonmasse ab. (de)
- David J. E. Callaway is a biological nanophysicist in the New York University School of Medicine, where he is Professor and Laboratory Director. He was trained as a theoretical physicist by Richard Feynman, Kip Thorne, and Cosmas Zachos, and was previously an associate professor at the Rockefeller University after positions at CERN and Los Alamos National Laboratory. Callaway's laboratory discovered potential therapeutics for Alzheimer's disease based upon apomorphine after an earlier paper of his developed models of Alzheimer amyloid formation. He has also initiated the study of protein domain dynamics by neutron spin echo spectroscopy, providing a way to observe protein nanomachines in motion. (en)
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| - David J. E. Callaway ist ein US-amerikanischer Physiker. Callaway befasste sich zunächst mit theoretischer Elementarteilchenphysik und später mit biologischer Nanophysik. Er ist Professor und Laborleiter an der New York University School of Medicine. In den 1980er Jahren entwickelte er mit Aneesur Rahman das Verfahren des mikrokanonischen Ensembles in der Gittereichtheorie. Aus der Trivialität von Quantenfeldtheorien mit reinen Skalarteilchen leitete er Schranken für die Higgsbosonmasse ab. Er untersuchte Proteindynamik und Proteinfaltung mit Neutronenstreuung und die molekularen Mechanismen der Alzheimer-Krankheit. Er hält in diesem Zusammenhang ein Patent auf ein Medikament basierend auf Apomorphin gegen die Beta-Amyloid-Ablagerungen bei Alzheimer. Er begann auch Proteindynamik mit Neutronen-Spin-Echo-Spektroskopie zu untersuchen, was einen Weg eröffnet, um Protein-Nanomaschinen in Bewegung zu beobachten. Er ist passionierter Bergsteiger und Segler und war Teilnehmer am ersten ECO-Challenge 1995 in Utah (ein Outdoor-Wettrennen unter Kombination verschiedener Disziplinen, das im Fernsehen übertragen wurde). (de)
- David J. E. Callaway is a biological nanophysicist in the New York University School of Medicine, where he is Professor and Laboratory Director. He was trained as a theoretical physicist by Richard Feynman, Kip Thorne, and Cosmas Zachos, and was previously an associate professor at the Rockefeller University after positions at CERN and Los Alamos National Laboratory. Callaway's laboratory discovered potential therapeutics for Alzheimer's disease based upon apomorphine after an earlier paper of his developed models of Alzheimer amyloid formation. He has also initiated the study of protein domain dynamics by neutron spin echo spectroscopy, providing a way to observe protein nanomachines in motion. Previous work includes the invention of the microcanonical ensemble approach to lattice gauge theory with Aneesur Rahman, work on the convexity of the effective potential of quantum field theory, work on Langevin dynamics in quantum field theory with John R. Klauder, a monograph on quantum triviality, constraints on the Higgs boson and papers on black holes and superconductors. His work in these areas is highly cited and notable. (en)
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