Unpublished E-prints, talks, notes and drafts.

    Unpublished E-prints:

  1. N S Mosyagin, M G Kozlov, and A V Titov. "All-electron Dirac-Coulomb and RECP calculations of excitation energies for mercury with combined CI/MBPT2 method" (1998); arXiv:physics/9804013.
  2. D DeMille and M G Kozlov. "Stark-induced electric dipole amplitudes for hyperfine transitions" (1998); arXiv:physics/9801034.
  3. M G Kozlov, S G Porsev, and I I Tupitsyn. "Breit interaction in heavy atoms" (2000); arXiv:physics/0004076.
  4. J C Berengut, V A Dzuba, V V Flambaum, M G Kozlov, M V Marchenko, M T Murphy, and J K Webb. "Laboratory spectroscopy and the search for space-time variation of the fine structure constant using QSO spectra" (2004); arXiv:physics/0408017.
  5. S A Levshakov, P Molaro, and M G Kozlov. "On spatial variations of the electron-to-proton mass ratio in the Milky Way", arXiv:0808.0583.
  6. J C Berengut, V A Dzuba, V V Flambaum, J A King, M G Kozlov, M T Murphy, J K Webb. "Atomic transition frequencies, isotope shifts, and sensitivity to variation of the fine structure constant for studies of quasar absorption spectra", arXiv:1011.4136.
  7. R P J Tilanus et al "Future mmVLBI Research with ALMA: A European vision", ArXiv:1406.4650.

    Talks:

  1. Enhancement of the electric dipole moment of the electron in diatomic molecules YbF and HgF (Oxford, 1994).
  2. Fragments of the talk on CI+MBPT (Sydney, 1996).
  3. Combination of many body perturbation theory with configuration interaction for atoms with several valence electrons (EGAS, Vienna, 1996).
  4. Calculations of atoms with two valence electrons in the frame of CI + MBPT method (EGAS, Vienna, 1996).
  5. Fragments of the talk on Hyperfine structure and EDM in atoms and molecules (Trento, 1998).
  6. Calculation of Parity Non-conservation in Atomic Thallium (Seattle, 1998).
  7. Fragment: Electron EDM in YbF and BaF (2000).
  8. EDM of the electron in diatomic molecules (Boston, 2000).
  9. Low energy tests of the standard model (Gatchina, 2000).
  10. Tl as three electron atom (Notre Dame, 2001).
  11. Energies and E1-amplitudes for Mg, Ca, and Sr (2001).
  12. Thesis: Precision calculations of PNC in atoms and tests of the standard model (Gatchina 2002, in Russian).
  13. Test of the standard model in atomic physics (Dubna, February 2002, in Russian).
  14. The alpha-dependence of transition frequencies for multi-electron ions (ICTCP, France, 2002).
  15. Manifestation of the anapole moment in M1 transition in Tl (ICTCP, France, 2002).
  16. Abstract for EGAS-35:Precision calculations of atoms with few valence electrons (2003).
  17. Precision calculations of atoms with few valence electrons (Fock School in Novgorod, 2003).
  18. High accuracy calculations for atoms and atomic tests of fundamental laws (Belfast, 2003).
  19. Atomic and molecular calculations for studies of fundamental symmetries (ECAMP-VIII, July 2004, France).
  20. Poster: Parity nonconservation in dielectronic recombination in multiply charged ions (ECAMP-VIII, July 2004, France).
  21. Space-time variation of the fine structure constant and evolution of isotope abundances (ITAMP, Boston, January 2005).
  22. Studying fundamental symmetries with atoms and molecules (Reno, February 2005).
  23. Enhancement of the electron EDM in atoms, molecules, and crystals (Fifth UCN Workshop, Peterhof, June 2005).
  24. Measuring EDM of the electron - ongoing and planned experiments (XL Winter School, Repino, February & UNR, Reno, March 2006).
  25. Nuclear Anapole Moment (Berkeley, April 2006).
  26. Parity nonconservation with multiply charged ions (International Workshop on Atomic & Nuclear Cross Disciplinary Physics, Shanghai, June 2006).
  27. Theory of electron EDM experiments with molecules (FLAVOUR IN THE ERA OF THE LHC, CERN, October 2006).
  28. Search for space-time variation of the fine structure constant and mp/me (University of Latvia, Riga, May 2007).
  29. "Search for space-time variation of the fine structure constant and mp/me" Talk at FIAS, Frankfurt, November 2007 pdf, 895K.
  30. "Новое ограничение на вариацию отношения масс me/mp" Talk at annual meeting of Neutron Research Division, Gatchina, December 2007 ppt, 74K.
  31. Using quasar microwave spectra to study variation of fundamental constants (XLII Winter School, Repino, February 2008).
  32. Studying possible variations of proton-to-electron mass ratio with microwave spectra of molecules (ppt) (abstract) (HSQCD, Gatchina, July 2008).
  33. Лабораторные молекулярные эксперименты по поиску вариации фундаментальных констант, ВНИИМ, 4 декабря 2008, Всероссийское совещание по Квантовой метрологии и фундаментальным физическим константам.
  34. "Sensitivity of microwave and FIR spectra to variation of fundamental constants". Talk at XXVII IAU General Assembly, Rio de Janeiro, August 2009.
  35. "Using microwave and infrared transitions to search for variations of fundamental constants". Talk at Division of Quantum Mechanics of Petersburg University, Petrodvorets, October 2010.
  36. Sensitivity of microwave spectra of molecules to variation of electron-to-proton mass ratio. ECAMP 2010, Salamanca, July 2010.
  37. Using microwave and infrared transitions to search for variations of fundamental constants. ICONO/LAT, Kazan, August 2010.
  38. Sensitivity of microwave spectra of molecules to variation of fundamental constants. JENAM 2010, Lisbon, September 2010.
  39. "Using molecules to test variation of fundamental constants". Talk at the workshop Fundamental Science with Ultracold Molecules, Boston, September 2011.
  40. "Using microwave spectra of molecules to test variation of electron-to-proton mass ratio" (in Russian). Talk at the XLVI PNPI Winter School, February 2012.
  41. "Accurate calculations of atoms with several valence electrons" (in Russian), Conference on Precision Physics and Fundamental Physical Constants , Stara Lesna, Slovakia, September 2012.
  42. "Linear molecules: sensitivity to variation of fundamental constants", Varying fundamental constants and dynamical dark energy, Sesto, Italy, July 2013.
  43. "Violation of discrete symmetries" (invited), The application of simple molecules to fundamental questions in science, Chicheley, UK, July 2013.
  44. "Quantum chaos in autoionizing states of many electron ions (in Russian)", Division of Quantum Mechanics, Saint-Petersburg State University, 13 December 2013.
  45. "Spectroscopic constrains on variation of fundamental constants in astrophysics" (invited), New ideas in low-energy tests of fundamental physics, Perimeter, Canada, June 2014.
  46. "Asymptotics of the many-electron wave-function at large distances (in Russian)", Division of Quantum Mechanics, Saint-Petersburg State University, 22 November 2014.
  47. "Optical transitions in highly charged ions", FFK14, Dubna, 3 December 2014.
  48. "Using atoms and molecules to search for variation of fundamental constants" (invited), EGAS 47, Riga, 14-17 July 2015.
  49. "Theory of the hyperfine structure in polyvalent atoms, including symmetry violating nuclear moments" (invited), The interplay between atomic and nuclear physics to study exotic nuclei, ECT*, Trento, 24-27 August 2015.
  50. "Using near degeneracy of molecular levels for fundamental physics", (invited) DAMOP 46, June 8–12, 2015; Columbus, Ohio.
  51. "Effective three-particle interactions in atoms with partly filled f-shell", DAMOP 47, May 23–27, 2016; Providence, Rhode Island.

    Notes and drafts:

  1. Atoms (general)
  2. Atoms (CI+MBPT)
  3. Atoms (Isotope shift)
  4. Molecules
  5. Multiply charged ions
  6. Technical notes

List of papers. Back to the home page.