About
Yuri V Lvov
PhD in Physics, Department of Physics , the Unviversity of Arizona (August 1998).
M.Sc. in Applied Physics, The Weizmann Institute of Science (1993).
Equivalent of B.S. in Physics, St. Petersburg Technical University , St. Petersburg, Russia (1990).
Research
I am interested in mathematical physics and nonlinear phenomena. In particular, I am interested in semiconductor laser theory, nonlinear and fiber optics, surface water waves, acoustic waves and gas lasers. Although these topics are seemingly disconnected and have quite different physical nature, they all can be viewed as complex systems composed out of interacting particles or waves. There is a general theoretical framework for their description, called weak turbulence theory. I am trying to both further develop weak turbulence theory and to use these developments to study such complex systems.
Mathematical physics and nonlinear phenomena
Teaching
- Fall 2021 Numerical Computing MATH 4800
- FALL 2021 Multivariable Calculus and Linear Algebra
- FALL 2020 Ordinary Differential Equations and Dynamical Systems
- Spring 2020 Introduction to Geophysical Fluid Dynamics MATH 6590
- Fall 2017 INTRODUCTION TO DIFFERENTIAL EQUATIONS MATH 2400
- Spring 2018 Senior Research Project
Publications
The following is a selection of recent publications in Scopus. Yuri Lvov has 46 indexed publications in the subjects of Physics and Astronomy, Mathematics, Engineering.
News
Refereed Publications
45 Scale Separated Approaches to the Interaction of Oceanic Internal Waves, part II: A one-dimensional numerical model
Kurt L Polzin and Yuri V Lvov arxiv
44 Scale Separated Approaches to the Interaction of Oceanic Internal Waves, part I: Theory
Yuri V Lvov and Kurt L Polzin, arxiv
43 Generalized Clebsch Variables for Compressible Ideal Fluids: Initial Conditions and Approximations of the Hamiltonian
Benno Rumpf and Yuri V. Lvov, Fluids 7, 122 (2022)
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42 Anomalous conduction and second sound in the Fermi-Pasta-Ulam-Tsingou chain: wave-turbulence approach
Francesco De Vita, Giovanni Dematteis, Raffaele Mazzilli, Davide Proment, Yuri V. Lvov, Miguel Onorato
arxiv
41 Theory of anisotropic superfluid He-4 counterflow turbulence
Victor S. L'vov, Yuri V. Lvov, Sergey Nazarenko, Anna Pomyalov
Philosophical transactions Mathematical, physical, and engineering sciences. 380, 2219 (2022)
arxiv Journal
40 On the Origins of the Oceanic Ultraviolet Catastrophe
Giovanni Dematteis, Kurt L. Polzin, Yuri V. Lvov
Journal of Physical Oceanography, volume 51, 597–616(2022)
arxiv Journal
39 Three-wave resonant interactions in the diatomic chain with cubic anharmonic potential: theory and simulations
A. Pezzi, G. Deng, Y. Lvov, M. Lorenzo, M. Onorato
arxiv
38 Downscale energy fluxes in scale invariant oceanic internal wave turbulence,
Giovanni Dematteir and Yuri Lvov, Journal of Fluid Mechanics , 915 , A129 (2021)
arxiv
37 Excitation of interfacial waves via near---resonant surface---interfacial wave interactions
Joseph Zaleski, Philip Zaleski, Yuri V Lvov, Journal of Fluid Mechanics, volume 887, A14 (2020)
arxiv pdf
36 Anomalous correlators, "ghost" waves and nonlinear standing waves in the β-FPUT system
Joseph Zaleski, Miguel Onorato, Yuri V Lvov, Physical Review X, volume 10, 021043 (2020).
arxiv pdf
35 Universal route to thermalization in weakly-nonlinear one-dimensional chains,
Lorenzo Pistone, Sergio Chibbaro, Miguel Bustamante, Yuri L'vov, Miguel Onorato, Mathematics in Engineering, 2019, 1(4): 672-698. doi: 10.3934/mine.2019.4.672
arxiv pdf
34 Exact discrete resonances in the Fermi-Pasta-Ulam-Tsingou system
Miguel D. Bustamante, Kevin Hutchinson, Yuri V. Lvov, Miguel Onorato
Communication in Nonlinear Science and Numerical Simulations, 73 (2019)
arxiv pdf
33 Double scaling in the relaxation time in the β-FPUT model
Yuri V Lvov and Miguel Onorato
Physics Review Letters (2018)
arxiv pdf
32 An Oceanic Ultra-Violet Catastrophe, Wave-Particle Duality and a Strongly Nonlinear Concept for Geophysical Turbulence
Kurt L. Polzin and Yuri V. Lvov
Fluids 2, 36 (2017)
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31 Bidirectional Energy Cascade in Surface Capillary Waves
L. V. Abdurakhimov, M. Arefin, G. V. Kolmakov, A. A. Levchenko, Y.V.Lvov and I. A. Remizov
Phys. Rev. E 91, 023021 (2015)
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30 Route to thermalization in the alpha Fermi-Pasta-Ulam System
Miguel Onorato, Lara Vozella, Davide Proment and Yuri Lvov
Proceeding of National Academy of Science, 14, 4208–4213 (2015).
pdf Arxiv
29 Formation of the bi-directional energy cascade in low frequency damped wave turbulence systems
Yuri Lvov, Andy He and German ,
V. Kolmakov, Europhysics Letters 112 24004 (2015).
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28 "Resonant and Near-Resonant Internal Wave Interactions"
Yuri V Lvov, Kurt L Polzin, Naoto Yokoyama
Journal of Physical Oceanography, 669-691, 42, (2012)
latex pdf arxiv
27 "Toward Regional Characterization of the oceanic internal wavefield
Kurt L Polzin and Yuri V Lvov
Reviews of Geophysics, 49, RG4003 (2011) pdf
26 "Oceanic Internal Wave Field: Theory of Scale-invariant Spectra"
Yuri V Lvov, Kurt L Polzin, Esteban Tabak, Naoto Yokoyama
Journal of Physical Oceanography, 2605-2623, 40, (2010)
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25 "Canonical Hamiltonians for waves in inhomogeneous media"
Boris Gershgorin, Yuri V Lvov and Sergey Nazarenko
Journal of Mathematical Physics 50, 013527 (2009);
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24 "Energy spectra of internal waves in stratified fluid: Direct numerical simulations"
Yuri V. Lvov, Naoto Yokoyama"
Physica D: Nonlinear Phenomena 238, 803-815 (2009)
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23 "Interactions of renormalized waves in thermalized Fermi-Pasta-Ulam chains"
Boris Gershgorin, Yuri V. Lvov, David Cai
Phys. Rev. E 75, 046603 (2007)
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22 "Discreteness and its effect on water-wave turbulence"
Yuri V Lvov, Sergey . Nazarenko, Boris Pokorni,
Physica D: Vol 218, 24-35(2006). "
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21 "Renormalized waves and discrete breathers in beta-FPU chains"
Boris Gershgorin, Yuri Lvov and David Cai,
Phys. Rev. Lett. 95, 264302 (2005)
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20 ``Joint statistics of amplitudes and phases in Wave Turbulence'',
Y. Choi, Y.V. Lvov, and S. Nazarenko
Physica D, 201, 121, 2005.
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19 ``Probability densities and preservation of randomness in wave turbulence,''
Y. Choi, Y.V. Lvov, and S. Nazarenko,
Physics Letters A, 332, 230, (2004).
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18 ``Anomalous probability of large amplitudes in wave turbulence'',
Y. Choi, Y.V. Lvov, S. Nazarenko, and B. Pokorni,
Physics Letters A, 339, 361, (2005)
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17 ``A Hamiltonian Formulation for Long Internal Waves'',
Yuri Lvov and Esteban Tabak,
Physica D 195, 106 (2004).
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16 ``Energy spectra of the ocean's internal wave field: theory and observations,''
Y.V. Lvov, K. Polzin, and E.G. Tabak,
Physical Review Letters 92, 128501 (2004).
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15 `` Noisy spectra, long correlations, and intermittency in wave turbulence,''
Y.V. Lvov and S. Nazarenko,
Physical Review E 69, 066608 (2004).
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14 ``Stages of Energy Transfer in the FPU Model,''
J.A. Biello, P.R. Kramer, and Y.V. Lvov,
{ Discrete and Continuous Dynamical Systems}, Expanded Volume for the Proceedings of the Fourth International Conference on Dynamical Systems and Differential Equations}, 113(2003).
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13 ``Application of Weak Turbulence Theory to FPU Model,''
P.R. Kramer, J.A. Biello, and Y.V. Lvov,
Discrete and Continuous Dynamical Systems} Expanded Volume for the Proceedings of the Fourth International Conference on Dynamical Systems and Differential Equations, 482 (2003).
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12 ``Wave turbulence in Bose Einstein condensates
Y.V. Lvov, S. Nazarenko, and R. West,
Physica D, 184, 333 (2003).
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11 ``Hamiltonian formalism and the Garrett-Munk spectrum of internal waves in the ocean,''
Y.V. Lvov and E.G. Tabak,
Physical Review Letter} 87, 168501 (2001).
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10 ``Anisotropic spectra of acoustic turbulence,''
V.S. Lvov, Y.V. Lvov, A. Pomyalov,
Physical Review E 61, 2586 (2000).
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9 ``Finite flux solutions of the quantum Boltzmann equation and Semiconductor lasers,''
Y.V. Lvov and A.C. Newell,
Physical Review Letters} 84, 1894 (2000).
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8 Y.V. Lvov, R. Binder and A.C. Newell,
``Quantum Weak Turbulence in application for Semiconductor Lasers,''
Physica D, 121, 317 (1998). latex pdf ps html Journal
7 ``Semiconductor Lasers and Kolmogorov Spectra,''
Y.V. Lvov, A.C. Newell, Physics Letters A, 235, 499 (1997).
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6 ``Effective Five Wave Hamiltonian for Surface Water Waves,''
Y.V. Lvov,
Physics Letters A, 230, 38 (1997).
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5 ``Statistical description of acoustic turbulence,''
V.S. Lvov, Y.V. Lvov, A.C. Newell, V.E. Zakharov,
Physical Review E, 56, 390 (1997). latex pdf ps html Journal
4 ``Five-wave interaction on the surface of deep fluid,''
A.I. Dyachenko, Y.V. Lvov and V.E. Zakharov,
Physica D} 87}, 233 (1995). latex pdf ps html Journal
3 ``On Hasselmann's and Zakharov's approaches to the kinetic equations for gravity waves,''
A.I. Dyachenko and Y.V. Lvov,
Journal of Physical Oceanography 25, 3237 (1995).
2 ``Decay instability of second sound in superfluid helium,''
H. Davidowitz,Y.V. Lvov and V. Steinberg,
Physica D 84, 635 (1995).
1 ``Theory of a symmetry breaking phase transition in a surface layer of nematic liquid crystal,''
Y.V. Lvov, R.M. Hornreich and D.W. Allender,
Physical Review E} 48, 1115 (1993). pdf ps Journal
Miscellaneous
2 ``Wave Turbulence,''
Yeontaek Choi, Yuri V. Lvov, Sergey Nazarenko
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1 Complexity and Nonlinearity in Physical Systems -- A Special Issue to Honor Alan Newell - Prefrace
Physica D: Nonlinear Phenomena
Volume 184, Issues 1-4 , 1 October 2003, Pages 1-2
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