Maxim Yu.Kagan



Doctor of Science, Head scientist, Fellow of President Eltsin's grant for young Professors 

P. L. Kapitza Institute for Physical Problems



 
 

 

Communication

Address: P. L. Kapitza Institute for Physical Problems

2, Kosygina St., Moscow 117334, Russia

Fax 938 2030

E-mail: kagan@kapitza.ras.ru

 
Education, Degrees

1997- Prof. of Theoretical Physics in Moscow Engineering-Physics Institute

1994- Doctor of Science ( Habilitation) - Theoretical and Mathematical Physics, P.L.Kapitza Institute for Physical Problems

1989- Ph.D. - Theoretical and Mathematical Physics, P.L.Kapitza Institute for Physical Problems

1984- Diploma – Moscow Physical - Engineering Institute

Employment History

1978 - 1984 Undergraduate Student - Moscow Physical - Engineering Institute

1984 - present: Research and Graduate Student, Jr Scientist, Senior Scientist, Head Scientist - P. L. Kapitza Institute for Physical Problems

1997 - present Prof. of Theoretical Physics in Moscow Engineering-Physics Institute

Subjects of Special Interest


 
Low Temperature Physics Quantum Fluids and Solids, Quantum Hydrodynamics, Superfluidity
Solid State Physics: Strong Correlations and Magnetism in Electron Systems, Superconductivity, Collossal Magnetoresistance

 

Publications

2 Review Articles, 50 original journal publications

Selected Papers

  1. A.F.Andreev, M.Yu.Kagan. Hydrodynamics of the rotating superfluids . JETP, (1984), v.86, p. 546
  2. A.F.Andreev, M.Yu.Kagan. Superhydrodynamics of 3He-A., JETP,(1987), v. 93, p. 895
  3. M.Yu.Kagan, A.V. Chubukov. On the possibility of a superfluid transition in a slightly non-ideal Fermi-gas with repulsion.

    4. JETP Lett. ,(1988), v. 47, p. 525
  4. M.Yu.Kagan, A.V. Chubukov Strong Tc-enhancement in a polarized Fermi-gas with repulsion . JETP Lett. ,(1989), v. 50, p. 483
  5. M.Yu.Kagan, T.M.Rice Superconductivity in the two-dimensional t-J model at low electron density.J Phys. C: Cond. Matt, 1994,v. 6, p.3771
  6. M.Yu.Kagan, R.Fresard, M.Capezzali, H.Beck One-particle spectral function in the attractive-U Hubbard model at intermediate coupling. Phys. Rev. B, 1997, in press
  7.  M.Yu.Kagan, S.Haas, T.M.Rice, Phase diagram of a three-leg ladder in the limit of strong coupling along the rungs, Physica C: Superconductivity, 1999 v. 317/318, p.185.
  8. M.Yu.Kagan, D.I.Khomskii, M.Mostovoy, Canted spins or phase-separation in a double exchange model.  European Physical Journal B,  1999, v.12.,p.217

    9.