Publications

2018

  1. Michal Shavit; Andrey Shytov; Gregory Falkovich (2018). Freely flowing currents and electric field expulsion in viscous electronics.  arXiv.  Abstract
  2. Andrey Shytov; Jian Feng Kong; Gregory Falkovich; Leonid Levitov (2018). Particle Collisions and Negative Nonlocal Response of Ballistic Electrons.  Physical Review Letters. 121:(17)  Abstract
  3. Gregory Falkovich; Natalia Vladimirova (2018). Turbulence Appearance and Nonappearance in Thin Fluid Layers.  Physical Review Letters. 121:(16)  Abstract
  4. Denis A. Bandurin; Andrey V. Shytov; Leonid S. Levitov; Roshan Krishna Kumar; Alexey I. Berdyugin; Moshe Ben Shalom; Irina V. Grigorieva; Andre K. Geim; Gregory Falkovich (2018). Fluidity onset in graphene.  Nature Communications. 9.  Abstract
  5. D. V. Churkin; I. V. Kolokolov; E. V. Podivilov et_al. (2018). Erratum: Wave kinetics of random fibre lasers (vol 6, 6214, 2015).  Nature Communications. 9.  Abstract
  6. M. Semenyakin; G. Falkovich (2018). Alternating currents and shear waves in viscous electronics.  PHYSICAL REVIEW B. 97:(8)  Abstract
  7. Aryesh Mukherjee; Sergei Lukaschuk; Yuri Burnishev; Gregory Falkovich; Victor Steinberg (2018). Precise measurements of torque in von Karman swirling flow driven by a bladed disk.  Journal of Turbulence. 19:(8)647-663.  Abstract

2017

  1. R. Krishna Kumar; D. A. Bandurin; F. M. D. Pellegrino et_al. (2017). Superballistic flow of viscous electron fluid through graphene constrictions.  Nature Physics. 13:(12)pages 1182–1185.  Abstract
  2. G. Falkovich; G. Boffetta; M. Shats; A. S. Lanotte (2017). Introduction to Focus Issue: Two-Dimensional Turbulence.  Physics of Fluids. 29:(11)  Abstract
  3. Gregory Falkovich; Alexei G. Kritsuk (2017). How vortices and shocks provide for a flux loop in two-dimensional compressible turbulence.  Physical Review Fluids. 2:(9)  Abstract
  4. Gregory Falkovich; Leonid Levitov (2017). Linking Spatial Distributions of Potential and Current in Viscous Electronics.  Physical Review Letters. 119:(6)  Abstract
  5. Corentin Herbert; Gregory Falkovich; Anna Frishman (2017). NUMERICAL COMPUTATION OF THE AVERAGE REYNOLDS STRESS TENSOR IN THE VORTEX CONDENSATE OF 2D TURBULENCE.  .
  6. Haoyu Guo; Ekin Ilseven; Gregory Falkovich; Leonid S. Levitov (2017). Higher-than-ballistic conduction of viscous electron flows.  Proceedings of the National Academy of Sciences of the United States of America. 114:(12)3068-3073.  Abstract
  7. Anna Frishman; Jason Laurie; Gregory Falkovich (2017). Jets or vortices-What flows are generated by an inverse turbulent cascade?.  Physical Review Fluids. 2:(3)032602(R).  Abstract

2016

  1. Haoyu Guo; Ekin Ilseven; Gregory Falkovich; Leonid Levitov (2016). Stokes Paradox, Back Reflections and Interaction-Enhanced Conduction.  arXiv. 1612.09239.  Abstract
  2. Corentin Herbert; Gregory Falkovich; Anna Frishman (2016). Interactions between mean flow and turbulence in the 2D condensate.  .  Abstract
  3. Leonid Levitov; Gregory Falkovich (2016). Electron viscosity, current vortices and negative nonlocal resistance in graphene.  Nature Physics. 12:(7)672-676.  Abstract
  4. Gregory Falkovich (2016). Interaction between mean flow and turbulence in two dimensions.  Proceedings Of The Royal Society A-Mathematical Physical And Engineering Sciences. 472:(2191)  Abstract
  5. S. Belan; Aleksandr Chernykh; V. Lebedev; Gregory Falkovich (2016). Inelastic collapse and near-wall localization of randomly accelerated particles.  PHYSICAL REVIEW E. 151:(5)121 (11 pp.)-121 (11 pp.).  Abstract
  6. Sergey Belan; Vladimir Lebedev; Gregory Falkovich (2016). Particle Dispersion in the Neutral Atmospheric Surface Layer.  Boundary-Layer Meteorology. 159:(1)23-40.  Abstract
  7. S. Belan; Aleksandr Chernykh; Gregory Falkovich (2016). Phase transitions in the distribution of inelastically colliding inertial particles.  JOURNAL OF PHYSICS A-MATHEMATICAL AND THEORETICAL. 49:(3)  Abstract

2015

  1. Gregory Falkovich; Alexander Zamolodchikov (2015). Operator product expansion and multi-point correlations in turbulent energy cascades.  JOURNAL OF PHYSICS A-MATHEMATICAL AND THEORETICAL. 48:(18)  Abstract
  2. D. V. Churkin; I. V. Kolokolov; E. V. Podivilov et_al. (2015). How Optical Spectrum of Random Fiber Laser is Formed.  .  Abstract
  3. Tobias Grafke; Anna Frishman; Gregory Falkovich (2015). Time irreversibility of the statistics of a single particle in compressible turbulence.  Physical Review E. 91:(4)  Abstract
  4. Gregory Falkovich; Natalia Vladimirova (2015). Cascades in nonlocal turbulence.  Physical Review E. 91:(4)  Abstract
  5. Gregory Falkovich (2015). Conservation law of turbulent dispersion.  Journal of Plasma Physics. 81.  Abstract
  6. D. V. Churkin; I. V. Kolokolov; E. V. Podivilov et_al. (2015). Wave kinetics of random fibre lasers.  Nature Communications. 6.  Abstract

2014

  1. Jason Laurie; Guido Boffetta; Gregory Falkovich; Igor Kolokolov; Vladimir Lebedev (2014). Universal Profile of the Vortex Condensate in Two-Dimensional Turbulence.  Physical Review Letters. 113:(25)  Abstract
  2. Alain Pumir; Haitao Xu; Guido Boffetta; Gregory Falkovich; Eberhard Bodenschatz (2014). Redistribution of Kinetic Energy in Turbulent Flows.  Physical Review X. 4:(4)  Abstract
  3. Horst Punzmann; Nicolas Francois; Hua Xia; Gregory Falkovich; Michael Shats (2014). Generation and reversal of surface flows by propagating waves.  Nature Physics. 10:(9)658-663.  Abstract
  4. Gregory Falkovich; Krzysztof Gawedzki (2014). Turbulence on Hyperbolic Plane: The Fate of Inverse Cascade.  Journal of Statistical Physics. 156:(1)10-54.  Abstract
  5. Anna Frishman; Gregory Falkovich (2014). New Type of Anomaly in Turbulence.  Physical Review Letters. 113:(2)  Abstract
  6. S. Belan; Itzhak Fouxon; Gregory Falkovich (2014). Localization-Delocalization Transitions in Turbophoresis of Inertial Particles.  Physical Review Letters. 112:(23)  Abstract
  7. Haitao Xu; Alain Pumir; Gregory Falkovich; Eberhard Bodenschatz; Michael Shats; Hua Xia; Nicolas Francois; Guido Boffetta (2014). Flight-crash events in turbulence.  Proceedings of the National Academy of Sciences of the United States of America. 111:(21)7558-7563.  Abstract

2013

  1. E. G. Turitsyna; S. V. Smirnov; S. Sugavanam et_al. (2013). The laminar-turbulent transition in a fibre laser.  Nature Photonics. 7:(10)783-786.  Abstract
  2. Pearson Miller; Natalia Vladimirova; Gregory Falkovich (2013). Oscillations in a turbulence-condensate system.  Physical Review E. 87:(6)  Abstract
  3. A. F. Andreev; I. R. Gabitov; V. E. Zakharov et_al. (2013). Vladimir Valentinovich Lebedev (on his 60th birthday).  Physics-Uspekhi. 56:(6)637-638.
  4. Gregory Falkovich; Anna Frishman (2013). Single Flow Snapshot Reveals the Future and the Past of Pairs of Particles in Turbulence.  Physical Review Letters. 110:(21)  Abstract
  5. S. K. Turitsyn; S. A. Babin; E. G. Turitsyna; Gregory Falkovich; E. V. Podivilov; D. V. Churkin (2013). Optical Wave Turbulence.  . 113-163.  Abstract

2012

  1. R. Wagner; Gregory Falkovich; A. G. Kritsuk; M. L. Norman (2012). Flux correlations in supersonic isothermal turbulence.  Journal of Fluid Mechanics. 713:482-490.  Abstract
  2. E. G. Turitsyna; Gregory Falkovich; Atalla El-Taher; Xuewen Shu; Paul Harper; Sergei K. Turitsyn (2012). Optical turbulence and spectral condensate in long fibre lasers.  Proceedings Of The Royal Society A-Mathematical Physical And Engineering Sciences. 468:(2145)2496-2508.  Abstract
  3. Gregory Falkovich; Haitao Xu; Alain Pumir; Eberhard Bodenschatz; Luca Biferale; Guido Boffetta; Alessandra S. Lanotte; Federico Toschi (2012). On Lagrangian single-particle statistics.  Physics of Fluids. 24:(5)  Abstract
  4. Marija Vucelja; Gregory Falkovich; Konstantin S. Turitsyn (2012). Fractal Iso-Contours of Passive Scalar in Two-Dimensional Smooth Random Flows.  Journal of Statistical Physics. 147:(2)424-435.  Abstract
  5. Gregory Falkovich (2012). Stochastic geometry of turbulence.  .  Abstract
  6. Natalia Vladimirova; Stanislav Derevyanko; Gregory Falkovich (2012). Phase transitions in wave turbulence.  Physical Review E. 85:(1)  Abstract

2011

  1. Gregory Falkovich (2011). The Russian school.  In: a Voyage Through Turbulence Cambridge Univ Pres. 209-237.  Abstract
  2. Gregory Falkovich (2011). Fluid mechanics: A short course for physicists.  . 9781107005754.  Abstract
  3. Gregory Falkovich; Vladimir Lebedev (2011). Vorticity statistics in the direct cascade of two-dimensional turbulence.  Physical Review E. 83:(4)  Abstract
  4. H. Xia; D. Byrne; Gregory Falkovich; M. Shats (2011). Upscale energy transfer in thick turbulent fluid layers.  Nature Physics. 7:(4)321-324.  Abstract

2010

  1. G. Falkovich; S. Musacchio (2010). Conformal Invariance in Inverse Turbulent Cascades.  arXiv.  Abstract
  2. Gregory Falkovich; Itzhak Fouxon; Y. Oz (2010). New relations for correlation functions in Navier-Stokes turbulence.  Journal of Fluid Mechanics. 644:465-472.  Abstract

2009

  1. H. Xia; M. Shats; Gregory Falkovich (2009). Spectrally condensed turbulence in thin layers.  Physics of Fluids. 21:(12)  Abstract
  2. Gregory Falkovich (2009). Could waves mix the ocean?.  Journal of Fluid Mechanics. 638:1-4.  Abstract
  3. Elena G. Turitsyna; Gregory Falkovich; Vladimir K. Mezentsev; Sergei K. Turitsyn (2009). Optical turbulence and spectral condensate in long-fiber lasers.  Physical Review A. 80:(3)  Abstract
  4. H. Xia; M. G. Shats; H. Punzmann; Gregory Falkovich (2009). Comment on "Turbulence-Condensate Interaction in Two Dimensions" Reply.  Physical Review Letters. 102:(14)  Abstract
  5. Gregory Falkovich (2009). Symmetries of the turbulent state.  JOURNAL OF PHYSICS A-MATHEMATICAL AND THEORETICAL. 42:(12)  Abstract

2008

  1. H. Xia; H. Punzmann; Gregory Falkovich; M. G. Shats (2008). Turbulence-Condensate Interaction in Two Dimensions.  Physical Review Letters. 101:(19)  Abstract
  2. Michael Shats; Hua Xia; Horst Punzmann; Gregory Falkovich (2008). PHYSICS OF THE MESOSCALE ATMOSPHERIC TURBULENCE: LABORATORY EXPERIMENTS.  .
  3. Raphael Chetrite; Gregory Falkovich; Krzysztof Gawedzki (2008). Fluctuation relations in simple examples of non-equilibrium steady states.  Journal Of Statistical Mechanics-Theory And Experiment.  Abstract
  4. Stanislav Derevyanko; Gregory Falkovich; Sergei Turitsyn (2008). Evolution of non-uniformly seeded warm clouds in idealized turbulent conditions.  New Journal of Physics. 10.  Abstract
  5. GE Falkovich (2008). Introduction to turbulence theory: Lecture course for the Warwick Summer School, July, 2006.  .  Abstract
  6. Gregory Falkovich (2008). Focus on Cloud Physics.  New Journal of Physics. 10.  Abstract
  7. Shiyi Chen; Gregory Eyink; Gregory Falkovich; Uriel Frisch; Steven Orszag; Katepalli Sreenivasan (2008). Robert Harry Kraichnan - Obituary.  Physics Today. 61:(5)70-71.
  8. H. Xia; H. Punzmann; G. Falkovich; M. Shats (2008). What drives mesoscale atmospheric turbulence?.  arXiv.  Abstract
  9. Sergei Lukaschuk; Petr Denissenko; Gregory Falkovich (2008). Clustering and mixing of floating particles by surface waves.  . 6:257-267.  Abstract
  10. John Cardy; Gregory Falkovich; Krzysztof Gawedzki (2008). Non-equilibrium statistical mechanics and turbulence.  . 355.  Abstract
  11. Gregory Falkovich (2008). Cascade and scaling.  Scholarpedia. 3.

2007

  1. Gregory Falkovich; Alain Pumir (2007). Sling effect in collisions of water droplets in turbulent clouds.  Journal Of The Atmospheric Sciences. 64:(12)4497-4505.  Abstract
  2. Gregory Falkovich; Michael Shats; Hua Xia; Horst Punzmann (2007). Suppression of turbulence by mean flows in two-dimensional fluids.  .  Abstract
  3. M. G. Shats; H. Xia; H. Punzmann; Gregory Falkovich (2007). Suppression of turbulence by self-generated and imposed mean flows.  Physical Review Letters. 99:(16)  Abstract
  4. Gregory Falkovich; Marco Martins Afonso (2007). Fluid-particle separation in a random flow described by the telegraph model.  Physical Review E. 76:(2)  Abstract
  5. Gregory Falkovich; S. Musacchio; L. Piterbarg; Marija Vucelja (2007). Inertial particles driven by a telegraph noise.  Physical Review E. 76:(2)  Abstract
  6. Marija Vucelja; Gregory Falkovich; Itzhak Fouxon (2007). Clustering of matter in waves and currents.  Physical Review E. 75:(6)  Abstract
  7. Gregory Falkovich (2007). Nodal lines in turbulence.  European Physical Journal-Special Topics. 145:211-216.  Abstract
  8. Sergey Lukaschuk; P. Denissenko; Gregory Falkovich (2007). Nodal patterns of floaters in surface waves.  European Physical Journal-Special Topics. 145:125-136.  Abstract
  9. Gregory Falkovich (2007). Conformal invariance in hydrodynamic turbulence.  Russian Mathematical Surveys. 62:(3)497-510.  Abstract
  10. Gregory Falkovich (2007). 2d Turbulence, percolation and SLE.  APS March Meeting Abstracts.  Abstract
  11. D. Bernard; G. Boffetta; A. Celani; Gregory Falkovich (2007). Inverse turbulent cascades and conformally invariant curves.  Physical Review Letters. 98:(2)  Abstract
  12. S. A. Derevyanko; Gregory Falkovich; K. Turitsyn; S. Turitsyn (2007). Lagrangian and Eulerian descriptions of inertial particles in random flows.  Journal of Turbulence. 8:(16)1-18.  Abstract

2006

  1. P. Denissenko; Gregory Falkovich; Sergey Lukaschuk (2006). How waves affect the distribution of particles that float on a liquid surface.  Physical Review Letters. 97:(24)  Abstract
  2. George Trevino; Edgar L. Andreas; Gregory Falkovich (2006). Averaging operators in turbulence: [Comment on Lessons from hydrodynamic turbulence (Physics Today 59, 4, 43 (2006); https://doi.org/10.1063/1.2207037)].  Physics Today. 59:(11)16-17.
  3. Gregory Falkovich; Katepalli R. Sreenivasan (2006). Averaging operators in turbulence - Falkovich and Sreenivasan reply: [Reply to: Physics Today 59, 11, 16 (2006); https://doi.org/10.1063/1.2435632].  Physics Today. 59:(11)17-17.
  4. Sergei Lukaschuk; Petr Denissenko; Gregory Falkovich (2006). Clustering of floating particles by surface waves.  Journal of Low Temperature Physics. 145:(4-Jan)297-310.  Abstract
  5. Gregory Falkovich; MG Stepanov; Marija Vucelja (2006). Rain initiation time in turbulent warm clouds.  Journal of Applied Meteorology and Climatology. 45:(4)591-599.  Abstract
  6. Gregory Falkovich; KR Sreenivasan (2006). Lessons from hydrodynamic turbulence.  Physics Today. 59:(4)43-49.
  7. D Bernard; G Boffetta; A Celani; Gregory Falkovich (2006). Conformal invariance in two-dimensional turbulence.  Nature Physics. 2:(2)124-128.  Abstract
  8. S. A. Derevyanko; G. Falkovich; K. Turitsyn; S. Turitsyn (2006). Explosive growth of inhomogeneities in the distribution of droplets in a turbulent air.  arXiv.  Abstract
  9. Gregory Falkovich (2006). Lagrangian description of turbulence.  Mathematical and Physical Theory of Turbulence, Chapman and Hall/CRC. 250:7-46.  Abstract
  10. Gregory Falkovich (2006). Introduction to developed turbulence.  Lecture Notes On Turbulence And Coherent Structures In Fluids, Plasmas And Nonlinear Media. 4:1-20.  Abstract

2005

  1. P. Denissenko; G. Falkovich; S. Lukaschuk (2005). Clustering of floaters by waves.  arXiv.  Abstract
  2. Gregory Falkovich; D Shlomo (2005). Evolution of a passive scalar spectrum in the flow of random waves.  Physical Review E. 71:(6)  Abstract
  3. Gregory Falkovich; A Weinberg; P Denissenko; Sergey Lukaschuk (2005). Floater clustering in a standing wave.  Nature. 435:(7045)1045-1046.
  4. Gregory Falkovich; A Fouxon (2005). Anomalous scaling of a passive scalar in turbulence and in equilibrium.  Physical Review Letters. 94:(21)  Abstract
  5. A Celani; Gregory Falkovich; A Mazzino; A Seminara (2005). Droplet condensation in turbulent flows.  Europhysics Letters. 70:(6)775-781.  Abstract

2004

  1. Alain Pumir; Gregory Falkovich (2004). INTERMITTENT DISTRIBUTION OF HEAVY INERTIAL PARTICLES IN TURBULENT FLOWS.  .
  2. Gregory Falkovich; I Kolokolov; V Lebedev; V Mezentsev; S Turitsyn (2004). Non-Gaussian error probability in optical soliton transmission.  Physica D-Nonlinear Phenomena. 195:(2-Jan)1-28.  Abstract
  3. Gregory Falkovich; A Pumir (2004). Intermittent distribution of heavy particles in a turbulent flow.  Physics of Fluids. 16:(7)L47-L50.  Abstract
  4. AM Balk; Gregory Falkovich; MG Stepanov (2004). Growth of density inhomogeneities in a flow of wave turbulence.  Physical Review Letters. 92:(24)  Abstract
  5. Gregory Falkovich; A Fouxon (2004). Entropy production and extraction in dynamical systems and turbulence.  New Journal of Physics. 6.  Abstract

2003

  1. Gregory Falkovich; A Fouxon; M Stepanov (2003). Statistics of turbulence-induced fluctuations of particle concentration.  Sedimentation And Sediment Transport, Proceedings. 155-158.  Abstract

2002

  1. Gregory Falkovich; A Fouxon; MG Stepanov (2002). Acceleration of rain initiation by cloud turbulence.  Nature. 419:(6903)151-154.  Abstract
  2. C Pasquero; Gregory Falkovich (2002). Stationary spectrum of vorticity cascade in two-dimensional turbulence.  Physical Review E. 65:(5)  Abstract
  3. Gregory Falkovich; MG Stepanov (2002). Role of interaction in causing errors in optical soliton transmission.  Optics Letters. 27:(1)13-15.  Abstract
  4. Gregory Falkovich; MG Stepanov; SK Turitsyn (2002). Calculation of non-Gaussian statistics and bit error rate degradation due to pulse-to-pulse interaction.  2002 Ieee/Leos Annual Meeting Conference Proceedings, Vols 1 And 2. 143-144.  Abstract

2001

  1. Gregory Falkovich; MG Stepanov; SK Turitsyn (2001). Statistics of interacting optical solitons.  Physical Review E. 64:(6)  Abstract
  2. Gregory Falkovich; K Gawedzki; M Vergassola (2001). Particles and fields in fluid turbulence.  Reviews of Modern Physics. 73:(4)913-975.  Abstract
  3. E Balkovsky; Gregory Falkovich; A Fouxon (2001). Intermittent distribution of inertial particles in turbulent flows.  Physical Review Letters. 86:(13)2790-2793.  Abstract
  4. G. E. Falkovich; I. Kolokolov; V. Lebedev; V. K. Mezentsev; S. K. Turitsyn (2001). Calculation of non-Gaussian intensity and timing jitter statistics in optical regenerated systems.  .  Abstract
  5. Gregory Falkovich; I Kolokolov; V Lebedev; SK Turitsyn (2001). Statistics of soliton-bearing systems with additive noise.  Physical Review E. 63:(2)  Abstract
  6. SV Nazarenko; Gregory Falkovich; S Galtier (2001). Feedback of a small-scale magnetic dynamo.  Physical Review E. 63:(1)  Abstract
  7. Gregory Falkovich (2001). Growth of magnetic fluctuations in a turbulent flow.  Intermittency In Turbulent Flows. 105-117.  Abstract
  8. Gregory Falkovich; Krzysztof Gawedzki; M Vergassola (2001). Lagrangian Description of Turbulence.  New trends in turbulence; Turbulence: nouveaux aspects. 505-554.  Abstract
  9. Gregory Falkovich (2001). Anisotropies and structural instabilities in turbulence.  . 12-12.

2000

  1. Gregory Falkovich (2000). Book review: Mixing; Chaos and Turbulence.  Journal of Turbulence. 1.

1999

  1. E. Balkovsky; G. Falkovich; A. Fouxon (1999). Clustering of inertial particles in turbulent flows.  arXiv.  Abstract
  2. M Chertkov; Gregory Falkovich; I Kolokolov; M Vergassola (1999). Small-scale turbulent dynamo.  Physical Review Letters. 83:(20)4065-4068.  Abstract
  3. E Balkovsky; Gregory Falkovich; V Lebedev; M Lysiansky (1999). Large-scale properties of passive scalar advection.  Physics of Fluids. 11:(8)2269-2279.  Abstract
  4. Gregory Falkovich (1999). Universal and nonuniversal properties of the passive scalar statistics.  Fundamental Problematic Issues In Turbulence. 419-426.  Abstract

1998

  1. M Chertkov; Gregory Falkovich; I Kolokolov (1998). Intermittent dissipation of a passive scalar in turbulence.  Physical Review Letters. 80:(10)2121-2124.  Abstract
  2. Gregory Falkovich; V Kazakov; V Lebedev (1998). Particle dispersion in a multidimensional random flow with arbitrary temporal correlations.  Physica A. 249:(4-Jan)36-46.  Abstract
  3. E Balkovsky; Gregory Falkovich (1998). Two complementary descriptions of intermittency.  Physical Review E. 57:(2)R1231-R1234.  Abstract
  4. Gregory Falkovich (1998). Intermittent dissipation in developed turbulence.  Advances In Turbulence Vii. 46:207-210.  Abstract

1997

  1. Gregory Falkovich; V Lebedev (1997). Single-point velocity distribution in turbulence.  Physical Review Letters. 79:(21)4159-4161.  Abstract
  2. E Balkovsky; Gregory Falkovich; I Kolokolov; V Lebedev (1997). Viscous instanton for Burgers' turbulence.  International Journal of Modern Physics B. 11:(26-27)3223-3245.  Abstract
  3. E Balkovsky; Gregory Falkovich; V Lebedev (1997). Three-point correlation function of a scalar mixed by an almost smooth random velocity field.  Physical Review E. 55:(5)R4881-R4884.  Abstract
  4. E Balkovsky; Gregory Falkovich; I Kolokolov; V Lebedev (1997). Intermittency of Burgers' turbulence.  Physical Review Letters. 78:(8)1452-1455.  Abstract

1996

  1. A Dyachenko; Gregory Falkovich (1996). Condensate turbulence in two dimensions.  Physical Review E. 54:(5)5095-5099.  Abstract
  2. Gregory Falkovich; I Kolokolov; V Lebedev; A Migdal (1996). Instantons and intermittency.  Physical Review E. 54:(5)4896-4907.  Abstract
  3. Gregory Falkovich; M Meyer (1996). Two-dimensional acoustic turbulence.  Physical Review E. 54:(4)4431-4434.  Abstract
  4. M Chertkov; Gregory Falkovich; I Kolokolov; V Lebedev (1996). Theory of random advection in two dimensions.  International Journal of Modern Physics B. 10:(18-19)2273-2309.  Abstract
  5. M Chertkov; Gregory Falkovich; V Lebedev (1996). Nonuniversality of the scaling exponents of a passive scalar convected by a random flow.  Physical Review Letters. 76:(20)3707-3710.  Abstract
  6. M Chertkov; Gregory Falkovich (1996). Anomalous scaling exponents of a white-advected passive scalar.  Physical Review Letters. 76:(15)2706-2709.  Abstract
  7. Gregory Falkovich; V Lebedev (1996). Exact results on scaling exponents in the 2D enstrophy cascade - Comment.  Physical Review Letters. 76:(11)1974-1974.
  8. Gregory Falkovich (1996). Anomalous scaling exponents of a passive scalar advected by turbulence.  Advances In Turbulences Vi. 36:577-580.  Abstract

1995

  1. M CHERTKOV; Gregory Falkovich; I KOLOKOLOV; V LEBEDEV (1995). NORMAL AND ANOMALOUS SCALING OF THE 4TH-ORDER CORRELATION-FUNCTION OF A RANDOMLY ADVECTED PASSIVE SCALAR.  Physical Review E. 52:(5)4924-4941.  Abstract
  2. Gregory Falkovich; Victor Lvov (1995). ISOTROPIC AND ANISOTROPIC TURBULENCE IN CLEBSCH VARIABLES.  Chaos Solitons & Fractals. 5:(10)1855-1869.  Abstract
  3. E BALKOVSKY; Gregory Falkovich; V LEBEDEV; IY SHAPIRO (1995). LARGE-SCALE PROPERTIES OF WAVE TURBULENCE.  Physical Review E. 52:(4)4537-4540.  Abstract
  4. Gregory Falkovich; A SHAFARENKO; G WILFORD (1995). JOINT BEHAVIOR OF INERTIO-GRAVITY AND ROSSBY WAVES.  PHYSICA D. 87:(4-Jan)285-289.  Abstract
  5. Gregory Falkovich; IY SHAPIRO; L SHTILMAN (1995). 2 STAGES OF DECAY TURBULENCE OF CAPILLARY WAVES.  International Journal of Non-Linear Mechanics. 30:(4)609-616.  Abstract
  6. M CHERTKOV; Gregory Falkovich; I KOLOKOLOV; V LEBEDEV (1995). STATISTICS OF A PASSIVE SCALAR ADVECTED BY A LARGE-SCALE 2-DIMENSIONAL VELOCITY-FIELD - ANALYTIC SOLUTION.  Physical Review E. 51:(6)5609-5627.
  7. Gregory Falkovich; IY SHAPIRO; L SHTILMAN (1995). DECAY TURBULENCE OF CAPILLARY WAVES.  Europhysics Letters. 29:(1)1-6.  Abstract

1994

  1. M CHERTKOV; Gregory Falkovich (1994). STRUCTURAL INSTABILITY OF 2-DIMENSIONAL TURBULENCE.  PHYSICA D. 78:(2-Jan)11-29.  Abstract
  2. Gregory Falkovich; V LEBEDEV (1994). UNIVERSAL DIRECT CASCADE IN 2-DIMENSIONAL TURBULENCE.  Physical Review E. 50:(5)3883-3899.
  3. Gregory Falkovich (1994). BOTTLENECK PHENOMENON IN DEVELOPED TURBULENCE.  Physics of Fluids. 6:(4)1411-1414.  Abstract
  4. Gregory Falkovich; V LEBEDEV (1994). NONLOCAL VORTICITY CASCADE IN 2 DIMENSIONS.  Physical Review E. 49:(3)R1800-R1804.  Abstract
  5. Gregory Falkovich (1994). TURBULENCE WITH AN INFINITE NUMBER OF CONSERVATION-LAWS.  Physical Review E. 49:(3)2468-2471.  Abstract
  6. Gregory Falkovich; E. Kuznetsov; S. Medvedev (1994). Nonlinear interaction between long inertio-gravity and rossby waves.  Nonlinear Processes in Geophysics. 1:(3-Feb)168-171.  Abstract

1993

  1. Gregory Falkovich; A HANANY (1993). IS 2D TURBULENCE A CONFORMAL TURBULENCE.  Physical Review Letters. 71:(21)3454-3457.  Abstract
  2. A LARRAZA; Gregory Falkovich (1993). COLLECTIVE MODES IN OPEN SYSTEMS OF NONLINEAR RANDOM WAVES.  PHYSICAL REVIEW B. 48:(13)9855-9857.  Abstract
  3. Gregory Falkovich (1993). REVISED UNIVERSALITY CONCEPT IN THE THEORY OF TURBULENCE.  Nonlinear Waves And Weak Turbulence With Applications In Oceanography And Condensed Matter Physics. 11:19-44.  Abstract
  4. Gregory Falkovich (1993). СУДЬБА ГИПОТЕЗЫ УНИВЕРСАЛЬНОСТИ В ТЕОРИЙ РАЗВИТОЙ ВОЛНОВОЙ ТУРБУЛЕНТНОСТИ.  . 280-285.  Abstract
  5. Gregory Falkovich (1993). SINGULARITIES OF THE VELOCITY-FIELD AND INTERACTION LOCALITY OF TURBULENCE.  Singularities In Fluids, Plasmas, And Optics. 404:75-91.  Abstract
  6. Gregory Falkovich; M D Spector (1993). Local and Nonlocal Transfer of Motion Integrals in Wave Turbulence.  Nonlinear Processes in Physics, Springer Series in Nonlinear Dynamics. 271-274.  Abstract

1992

  1. Gregory Falkovich (1992). INVERSE CASCADE AND WAVE CONDENSATE IN MESOSCALE ATMOSPHERIC-TURBULENCE.  Physical Review Letters. 69:(22)3173-3176.  Abstract
  2. Victor Lvov; Gregory Falkovich (1992). COUNTERBALANCED INTERACTION LOCALITY OF DEVELOPED HYDRODYNAMIC TURBULENCE.  Physical Review A. 46:(8)4762-4772.  Abstract
  3. Gregory Falkovich; MD SPECTOR (1992). NONLOCAL ANGULAR INSTABILITY OF A KOLMOGOROV-LIKE WAVE TURBULENCE SPECTRUM.  Physics Letters A. 168:(2)127-132.  Abstract
  4. Vladimir E Zakharov; Victor S L'vov; Gregory Falkovich (1992). Kolmogorov spectra of turbulence I: Wave Turbulence.  .  Abstract
  5. Victor Lvov; Gregory Falkovich (1992). CONSERVATION-LAWS AND 2-FLUX SPECTRA OF HYDRODYNAMIC CONVECTIVE TURBULENCE.  PHYSICA D. 57:(2-Jan)85-95.  Abstract
  6. Gregory Falkovich; SB MEDVEDEV (1992). KOLMOGOROV-LIKE SPECTRUM FOR TURBULENCE OF INERTIAL-GRAVITY WAVES.  Europhysics Letters. 19:(4)279-284.  Abstract
  7. Gregory Falkovich; IV RYZHENKOVA (1992). KOLMOGOROV SPECTRA OF LANGMUIR AND OPTICAL TURBULENCE.  Physics Of Fluids B-Plasma Physics. 4:(3)594-598.  Abstract

1991

  1. G. E. Falkovich; A. V. Shafarenko (1991). Nonstationary wave turbulence.  Journal of Nonlinear Science. 1:(4)457-480.  Abstract

1990

  1. IV RYZHENKOVA; GE FAL'KOVICH (1990). EFFECT OF DISSIPATION ON THE STRUCTURE OF A STATIONARY WAVE TURBULENCE SPECTRUM.  SOVIET PHYSICS JETP-USSR. 71:(6)1085-1090.  Abstract
  2. GE FALKOVICH (1990). ON THE IMPOSSIBILITY OF WEAKLY DAMPED 2ND SOUND IN TURBULENT MEDIA.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 97:(6)1847-1851.
  3. GE FAL'KOVICH; AV SHAFARENKO (1990). ON SPATIAL STRUCTURE OF KOLMOGOROV SPECTRA OF WEAK TURBULENCE.  . 541-544.
  4. G. E. Fal’ kovich (1990). The Destiny of the Universality Hypothesis in the Theory of Developed Wave Turbulence.  Nonlinear Waves 3, Springer Research Reports in Physics . 3:256-261.  Abstract

1989

  1. Victor Lvov; GE FALKOVICH (1989). UNIVERSAL DOUBLE-FLOW SPECTRA OF WEAK SOUND TURBULENCE.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 96:(6)2033-2037.
  2. S. N. Lukashchuk; G. E. Fal'kovich; A. I. Chernykh (1989). Calculation of the dimensions of attractors from experimental data.  Journal of Applied Mechanics and Technical Physics. 30:(1)95-100.  Abstract

1988

  1. GE FALKOVICH; AV SHAFARENKO (1988). The effect of weak anisotropy of the source on the Kolmogorov spectrum of acoustic turbulence.  Soviet Physics - Doklady. 33:(7)488-490.
  2. GE FALKOVICH; AV SHAFARENKO (1988). WHAT ENERGY FLUX IS CARRIED AWAY BY THE KOLMOGOROV WEAK TURBULENCE SPECTRUM?.  SOVIET PHYSICS JETP-USSR. 68:(1)1393-1397.  Abstract

1987

  1. G.E. FAL'KOVICH; AV SHAFARENKO (1987). ON THE STABILITY OF KOLMOGOROV SPECTRA OF A WEAK TURBULENCE.  PHYSICA D. 27:(3)399-411.  Abstract
  2. G.E. Fal'kovich (1987). On the stability of the Kolmogorov spectra of weak turbulence.  SOVIET PHYSICS JETP-USSR. 66:(1)97-100.  Abstract

1986

  1. V.I. OZHOGIN; GE FAL'KOVICH (1986). PARAMAGNETIC MAGNONS AS A SOURCE OF SINGULARITIES IN THE SPECTRA OF OTHER QUASIPARTICLES.  SOVIET PHYSICS JETP-USSR. 63:(6)1270-1272.  Abstract
  2. VS LUTOVINOV; G. E. FAL'KOVICH; VB CHEREPANOV (1986). NONEQUILIBRIUM DISTRIBUTION OF QUASIPARTICLES PRODUCED BY PARAMETRIC EXCITATION OF MAGNONS IN AN ANTIFERROMAGNET WITH A DECAY SPECTRUM.  SOVIET PHYSICS JETP-USSR. 63:(5)1045-1053.  Abstract

1985

  1. SK TURITSYN; GE FALKOVICH (1985). STABILITY OF MAGNETOELASTIC SOLITONS AND SELF-FOCUSING OF SOUND IN ANTIFERROMAGNETS.  SOVIET PHYSICS JETP-USSR. 62:(1)146-152.  Abstract

1984

  1. Gregory Fal'kovich; AV LAVRINENKO; Gennadii A. Melkov (1984). Mutual influence of the kinetic and parametric methods of exciting spin waves.  SOVIET PHYSICS JETP-USSR. 60:(1)118-122.  Abstract
  2. E. A. Kuznetsov; M. D. Spector; G. E. Fal'Kovich (1984). On the stability of nonlinear waves in integrable models.  Physica D: Nonlinear Phenomena. 10:(3)379-386.  Abstract
  3. G. E. Fal'kovich; M. D. Spektor; Sergei K. Turitsyn (1984). Destruction of Stationary Solutions and Collapse in the Nonlinear String Equation.  . 2:1069-1072.

1983

  1. G. E. Fal'kovich; M. D. Spector; S. K. Turitsyn (1983). Destruction of stationary solutions and collapse in the nonlinear string equation.  Physics Letters A. 99:(6-7)271-274.  Abstract

1982

  1. Victor Lvov; GE FALKOVICH (1982). INTERACTION BETWEEN PARAMETRICALLY EXCITED SPIN-WAVES AND THERMAL SPIN-WAVES.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 82:(5)1562-1577.

1981

  1. EA KUZNETSOV; GE FALKOVICH (1981). ON THE STABILITY OF A SELF-SIMILAR SOLUTION IN THE BURGERS-EQUATION.  Physics Letters A. 86:(4)203-204.  Abstract
  2. GE FALKOVICH (1981). О НЕЛИНЕЙНОЙ ТЕОРИИ ДИЭЛЕКТРИЧЕСКОЙ РЕЛАКСАЦИИ В КРИСТАЛЛАХ.  Fizika Tverdogo Tela. 23:(1)324-326.
  3. Victor Lvov; GE FALKOVICH (1981). ANISOTROPIC SPECTRA OF WEAK SOUND TURBULENCE.  Zhurnal Eksperimentalnoi I Teoreticheskoi Fiziki. 80:(2)592-596.

1979

  1. EA KUZNETSOV; MD SPEKTOR; GE FALKOVICH (1979). STABILITY OF WEAK SHOCK WAVES.  JETP Letters. 30:(6)303-305.  Abstract