Selected Publications

Articles In Academic Journals

Year Title
2017 Pre-Town Meeting on Spin Physics at an Electron-Ion Collider.  Eur. Phys. J.. 71.
2016 Gluon TMD in particle production from low to moderatex.  JHEP. 164.
2016 Rapidity evolution of gluon TMD from low to moderate x.  EPJ Web Conf.. 02002.
2016 Structure constant of twist-2 light-ray operators in theRegge limit.  Phys. Rev.. 061701.
2015 Evolution of gluon TMD at low and moderate x.  Int. J. Mod. Phys. Conf. Ser.. 1560058.
2015 NLO Hierarchy of Wilson Lines Evolution.  Int. J. Mod. Phys. Conf. Ser.. 1560056.
2015 NLO evolution of 3-quark Wilson-loop operator.  JHEP.
2015 Rapidity evolution of gluon TMD from low to moderate x.  JHEP. 017.
2015 Rapidity factorization and evolution of gluon TMDs.  PoS. 036.
2015 Three-point correlator of twist-2 light-ray operators inN=4 SYM in BFKL approximation
2015 Transverse Momentum Dependent (TMD) parton distributionfunctions: status and prospects.  Acta Phys. Polon.. 2501-2534.
2013 Photon impact factor and kT factorization for DIS in the next-to-leading order.  Phys. Rev.. 014013.
2013 Rapidity evolution of Wilson lines at the next-to-leading order.  Phys.Rev. D.
2013 Two-point correlator of twist-2 light-ray operators inN=4 SYM in BFKL approximation
2012 Photon impact factor and $k_T$ factorization in thenext-to-leading order.  Int. J. Mod. Phys. Conf. Ser.. 187-199.
2012 Photon impact factor in the NLO.  AIP Conf. Proc.. 276-281.
2011 Evolution of conformal color dipoles and high-energyamplitudes in N = 4 SYM.  Int. J. Mod. Phys. Conf. Ser.. 9-19.
2011 Mellin representation of the graviton bulk-to-bulkpropagator in AdS.  Phys. Rev.. 087901.
2011 Photon Impact Factor in the Next-to-Leading Order.  Phys.Rev. D.
2011 Small-x DIS in the NLO.  Nucl. Phys.. 490-493.
2010 High-energy amplitudes in N = 4 SYM in thenext-to-leading order.  Int. J. Mod. Phys.. 401-410.
2009 Conformal kernel for NLO BFKL equation in N = 4 SYM.  Phys. Rev..
2009 NLO evolution of color dipoles in W = 4 SYM.  Nucl Phys B. 45.
2008 Next-to-leading order evolution of color dipoles.  Phys. Rev.. 014019.
2007 Quark contribution to the small-x evolution of color dipole.  Phys. Rev..
2006 Scattering of shock waves in QCD.  Nucl. Phys. Proc. Suppl.. 275-278.
2005 High-energy effective action from scattering of QCD shock waves.  Phys. Rev..
2004 Scattering of shock waves in QCD.  Phys. Rev.. 114030.
2003 Scattering of color dipoles: from low to high energies.  Phys. Rev..
2002 Nonlinear evolution in high density QCD.  Nucl. Phys..
2001 Effective field theory for the small x evolution.  Phys. Lett.. 235-242.
2000 Deeply virtual Compton scattering at small x.  Phys. Rev.. 074004.
2000 Renormalons as dilatation modes in the functional space.  Phys. Rev. Lett..
1999 Factorization and high-energy effective action.  Phys. Rev.. 014020.
1998 Factorization for high-energy scattering.  Phys. Rev. Lett.. 2024-2027.
1997 How much of the nucleon spin is carried by glue?.  Phys. Rev. Lett.. 1225-1228.
1997 Light ray evolution equations and leading twist partonhelicity dependent nonforward distributions.  Phys. Lett.. 114-121.
1997 Operator expansion for diffractive high-energyscattering
1996 Operator expansion for high-energy scattering.  Nucl. Phys.. 99-160.
1996 Q**2 evolution of chiral odd twist - three distributionsh(L) (x, Q**2) and e (x, Q**2) in the large N(c) limit.  Phys. Rev. Lett.. 3078-3081.
1995 Instanton induced production of QCD jets.  Phys. Lett.. 143-148.
1995 Instanton induced production of jets with largetransverse momentum in QCD.  Nucl. Phys. Proc. Suppl.. 166-168.
1993 Instanton contributions to the tau decay widths.  Phys. Lett.. 371-381.
1993 Instanton induced contributions to structure functionsof deep inelastic scattering.  Phys. Lett.. 237-245.
1993 Instanton-induced contributions of fractional twist inthe cross-section of hard gluon-gluon scattering in QCD.  Phys. Rev.. 1879-1888.
1993 The Possibility of experimental observation of the QCDinstanton.  Phys. Atom. Nucl.. 1106-1109.
1993 Valley method versus instanton induced effectiveLagrangian up to (E / E(sphaleron))**8/3.  Nucl. Phys.. 639-683.
1992 The Possibility to observe QCD instanton.  Phys. Lett.. 185-190.
1992 Valleys in Minkowski space and instanton inducedcross-sections.  Nucl. Phys.. 51-82.
1991 Instanton induced asymptotics of perturbative series forR (e+ e- —> hadrons) and Lambda (QCD).  Phys. Lett.. 282-291.
1991 The Nonlocal operator expansion for inclusive particleproduction in e+ e- annihilation.  Nucl. Phys.. 93-140.
1991 Topological current K(mu) as a string operator.  Phys. Lett.. 405-410.
1990 Power corrections 1 / Q**2 to parton sum rules for deepinelastic scattering from polarized targets.  Phys. Lett.. 245-250.
1989 Evolution Equations for QCD String Operators.  Nucl. Phys.. 541-584.
1989 Nonlocal Operator Expansion for Structure Functions of$e+ e-$ Annihilation.  Phys. Lett.. 123-131.
1989 Power law corrections to parton sum rules for deepinelastic scattering by polarized target.  JETP Lett.. 61-64.
1989 Radiative Decay Sigma+ —> p gamma in QuantumChromodynamics.  Nucl. Phys.. 509-550.
1988 On Strange Quark Scalar Condensate in the Nucleon.  Z. Phys.. 225.
1988 QCD SUM RULES FOR THE DECAY SIGMA+ —> P GAMMA. (INRUSSIAN).  Sov. J. Nucl. Phys.. 546-554.
1988 The decay Sigma+ —> p gamma in QCD: Bilocalcorrections in a variable magnetic field and the photonwave functions.  Sov. J. Nucl. Phys.. 348-357.
1986 + P ? Decay in QCD. (In Russian).  Sov. J. Nucl. Phys.. 1028.
1986 Collective - Coordinate Method for Quasizero Modes.  Phys. Lett.. 113-119.
1986 Exotic Mesons With $J$ (Pc) = 1(-+), Strange and Nonstrange.  Z. Phys.. 265-273.
1986 Instanton molecular vacuum in N = 1 supersymmetric quantum mechanics.  Nucl. Phys.. 475.
1985 NUCLEON CHARGE RADIUS FROM QCD SUM RULES.  Phys. Lett.. 309-316.
1985 ON VECTOR DOMINANCE IN SUM RULES FOR ELECTROMAGNETICHADRON CHARACTERISTICS. (IN RUSSIAN).  Sov. J. Nucl. Phys.. 178.
1985 WILSON LOOP FOR THE STRETCHED CONTOURS IN VACUUM FIELDSAND THE SMALL DISTANCE BEHAVIOR OF THE INTERQUARKPOTENTIAL.  Nucl. Phys.. 166-186.
1984 BARYON MAGNETIC MOMENTS FROM QCD SUM RULES
1984 SUM RULES FOR THE CROSS-SECTION OF ANNIHILATION OFVIRTUAL PHOTONS INTO HADRONS.  Yad. Fiz.. 163-179.
1983 POWER CORRECTIONS TO THE FORWARD SCATTERING AMPLITUDE OFVIRTUAL PHOTONS. (IN RUSSIAN).  Yad. Fiz.. 966-983.
1983 Proton and Neutron Magnetic Moments from QCD Sum Rules.  Phys. Lett.. 328-334.
1983 STRING OPERATOR EXPANSION OF THE T PRODUCT OF TWOCURRENTS NEAR THE LIGHT CONE.  Phys. Lett.. 230-236.
1982 EXOTIC MESON J(PC) = 1(-+) FROM THE QCD SUM RULES. (INRUSSIAN).  Yad. Fiz.. 1300-1315.
1982 EXOTIC MESONS WITH J(PC) = (1-+) FROM QCD SUM RULES.  Phys. Lett.. 71-75.
1982 ON THE VIRTUAL GAMMA GAMMA ANNIHILATION TO HADRONS.  Phys. Lett.. 53-57.
1979 CALCULATION OF MESON MESON INTERACTION CROSS-SECTION INQUANTUM CHROMODYNAMICS. (IN RUSSIAN).  JETP Lett.. 355.
1979 REGGE PROCESSES IN NONABELIAN GAUGE THEORIES. (INRUSSIAN)
1978 Effective Electric Charge and Asymptotic Freedom.  Yad. Fiz.. 1091-1097.
1978 The Pomeranchuk Singularity in Quantum Chromodynamics.  Sov. J. Nucl. Phys.. 822-829.

Conference Papers

Year Title
2014 NLO BFKL and anomalous dimensions of light-ray operators
2014 Pre-Town Meeting on Spin Physics at an Electron-IonCollider
2011 Proceedings, QCD Evolution Workshop on From Collinear toNon-Collinear Case
2008 NLO Evolution of Color Dipole.  545-548.
2008 NLO evolution of color dipoles.  3-13.
2006 High-energy effective action from scattering of QCD shock waves.  315-320.
2003 Small-x evolution of Wilson lines
2002 Renormalons as dilatation modes in the functionalspace.  177-185.
1999 High-energy effective action from scattering of shockwaves in QCD.  261-268.
1998 Factorization and effective action for high-energyscattering in QCD.  111-124.
1994 Instanton induced production of gluon jets in QCD.  1705-1708.
1994 Instanton interactions and nonperturbative particleproduction in QCD.  167-194.
1993 Instanton induced particle production in deep inelasticscattering.  0140-150.
1992 Instanton-induced effects in QCD cross-sections.  1077-1081.

Research Overview

  • Deep inelastic scattering from nucleons and nuclei at small x. Small-x evolution in the next-to-leading order in QCD and in N = 4 SYM. Scattering of shock waves in QCD.High-energy effective action for the heavy-ion collisions.

    • Grants

    Education And Training

  • Ph.D. in Theoretical Physics, Petersburg Nuclear Physics Institute (Russia) 1984
  • M.S. in Theoretical Physics, St. Petersburg State University 1977

    • Full Name

  • Ian Balitsky