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Después de la ejecución de Kámenev, sus familiares sufrieron una suerte similar. El segundo hijo de Kámenev, Yuri Kámenev, fue ejecutado el 30 de enero de 1938 a la edad de 17 años. Su hijo mayor, oficial de la fuerza aérea, Aleksandr Kámenev, fue ejecutado el 15 de julio de 1939 a la edad de 33 años.
Electron-electron interactions in disordered metals: Keldysh formalism. A Kamenev, A Andreev. Physical Review B 60 (4), 2218. , 1999. 272. 1999. Rare event statistics in reaction-diffusion systems. V Elgart, A Kamenev. Physical Review E 70 (4), 041106.
28 de ago. de 2012 · Alex Kamenev: Field Theory of Non-equilibrium Systems. Although a number of high quality texts on quantum many-particle systems exist, these books are primarily concerned with equilibrium phenomena. Time dependence enters only at the linear response level and far-from-equilibrium phenomena are simply absent.
- Ben Vollmayr-Lee
- ben.vollmayr-lee@bucknell.edu
- 2012
Lev Borisovich Kamenev (né Rozenfeld; 18 July [O.S. 6 July] 1883 – 25 August 1936) was a Russian revolutionary and Soviet politician. An Old Bolshevik , Kamenev was a leading figure in the early Soviet government , serving as the first head of state of the Russian SFSR as chairman of the All-Russian Congress of Soviets , and as a ...
Alex Kamenev Table of Contents More informatio n viii Contents 4.8 Kramers problem 60 4.9 Fluctuation relation 62 4.10 Reaction models 65 4.11 Time-dependent problems 69 4.12 Large deviations in multivariable systems 72 5 Bosonic fields 76 5.1 Complex bosonic fields 76 5.2 Interactions 78 5.3 Dyson equation 80 5.4 Real bosonic fields 83 5.5 ...
Kamenev, Alex, 1964– Field theory of non-equilibrium systems / Alex Kamenev. p. cm. Includes bibliographical references and index. ISBN 978-0-521-76082-9 1. Quantum field theory. 2. Condensef matter. I. Title. QC174.45.K36 2011 530.143–dc23 2011023917 ISBN 978-0-521-76082-9 Hardback Cambridge University Press has no responsibility for the ...
A L E X K A M E N E V is a Professor at the William I. Fine Theoretical Physics Institute (FTPI) and at the School of Physics and Astronomy, University of Min-nesota. His main areas of research include mesoscopic physics, low-dimensional and correlated fermionic and bosonic models, topological systems, and quantum computing.
