PUBLICACIONES EN CONFERENCIAS SOMETIDAS A REFERATO:

35.

Quantum Algebras and Effective Interactions in Discrete Systems.

O. Civitarese and M. Reboiro.

International Journal of Theoretical Physics (2010).

 

34.

Solvable Models and Hidden Symmetries in QCD.

T. Yepez-Martinez, P. O. Hess, A. Szczepaniak, O. Civitarese and S. Lerma.

AIP CP 1323, 129 (2010).

33.

Nuclear Matrix Elements for Two-Nutrino DBD in Te Isotopes.

D. R. Bes and O. Civitarese.

AIP CP 1180, 30 (2010).

32.

Nuclear Matrix Elements for Double Beta Decay in the QRPA Approach: A Critical Review.

O. Civitarese and J. Suhonen.

Journal of Physics: Conference Series 173, 012012 (2009).

31.

Effects of Orbital Occupation on the Neutrinoless Double Beta Decay.

J. Suhonen and  O. Civitarese.

Nuc. Phys. B Proc. Suppl. 188, 59 (2009).

30.

Atomic Spin Squeezing in Three Level Atoms.

O. Civitarese, M Reboiro, L. Rebon and D. Tielas.

Rev. Mex. Phys. Suppl. 54, 24 (2008).

29.

About Some of the Theoretical Approaches Used in Double Beta Decay Calculations.

O. Civitarese.

AIP CP 942, 23 (2007).

28.

Spin-Isospin Excitations in the A=58 Mass Region.

D. R. Bes and O. Civitarese.

Rev. Mex. Phys. Suppl. 53, 17 (2007).

27.

Spin Degree of Freedom in Nuclei: Levels and Transformations in 58Cu.

D. R. Bes and O. Civitarese.

AIP CP 884, 113 (2007).

26.

Nuclear Structure Aspects of Double Beta Decay.

O. Civitarese and J. Suhonen.

AIP CP 884, 360 (2007).

25.

Neutrinoless Double Beta Decay and the Electron Neutrino Mass.

J. Suhonen and  O. Civitarese.

Cz. Jour. Phys. 56, 447 (2006).

24.

The Role of the Continuum and the Spurious Transitions in the Incoherent Muon-electron Conversion Rate Calculations.

P. Papakonstantinou, J. Wambach, O. Civitarese and T. Kosmas.

Czech. Journ. Phys. 56, 481 (2006).

23.

Universality of the Advance of an Effective Model for QCD at Low Energy.

O. Civitarese and J. Suhonen.

Rev. Mex. Phys. Suppl. 52,63 (2006).

22.

A review of the advances of an effective model of QCD at low energies.

P. O. Hess and O. Civitarese.

Rev. Mex. Phys. Suppl. 52, 38 (2006) .

21.

Deformed algebras and effective Hamiltonians.

A. Ballesteros, A. Blasco, O. Civitarese, F. J. Herranz, M. Reboiro.

Symmetries in Gravity and Field Theory. ed. by V. Aldaya et al. Univ.
de Salamanca, 157 (2004).

20.

A toy model for QCD:Hadrons, penta and heptaquarks.

M. Nuñez, P. O. Hess, O. Civitarese, M. Reboiro.

AIP conference proceedings 726, 243 (2004).

19.

Collective Treatment for IAS.

D. R. Bes and  O. Civitarese.

Rev. Mex. Phys.Suppl. 50, 80 (2004).

18.

A toy model for QCD at Low and High Temperatures.

S. Lerma, S. Jesgarz, P. O. Hess, O. Civitarese, M. Reboiro.

World Scientific, 204 (2004).

17.

Low Temperature s-shaped Heat Capacities in Finite Nuclei.

O. Civitarese, P. Hess and J. Hirsch.

Rev. Mex. Phys. Suppl. 50, 405 (2004).

16.

A schematic model of QCD at finite temperature:first steps.

S. Jesgarz, S. Lerma, P. O. Hess, O. Civitarese and M. Reboiro.

Rev. Mex. Phys. 48, 41 (2002).

15.

Double beta decay in deformed nuclei.

J. Hirsch, O. Castanios, P. O. Hess, V. Ceron and O. Civitarese.

Cz. Jour. Phys. 52, 513 (2002).

14.

Spurious center of mass effects in electroweak decays.

D. R. Bes and O. Civitarese.

Cz. Jour. Phys. 52 ,495 (2002).

13.

The calculation of 2νββ matrix elements within the collective descrip-
tion.

D. R. Bes and O. Civitarese.

Cz. Jour. Phys. 52, 481 (2002).

12.

Spurious states and their effects in electroweak decays.

D. R. Bes and  O. Civitarese.

Rev. Mex. Phys. 48, 77 (2002).

11.

Testing the Single State Breaking in Double Beta Decay Processes.

J. Suhonen and  O. Civitarese.

Cz. Jour. Phys. 50, 561 (2000).

10.

Induced symmetry breaking in mean field, TDA and RPA theories.

O. Civitarese.

Rev. Mex. Phys. 46, 101 (2000).

9.

Isospin symmetry breaking in double beta decay processes.

O. Civitarese.

Cz. Journ. Phys. 50, 471 (2000).

8.

Field Theoretical methods in the nuclear many body problem.

O. Civitarese.

Rev. Mex. Phys. 44, 26 (1998).

7.

The QRPA and Beyond.

O. Civitarese.

Czech. Journ. Phys. 48, 277 (1998).

6.

Comparative studies of the 2νββ decay.

O. Civitarese, P.O. Hess and J. G. Hirsch.

Czech. Journ. Phys. 48, 167 (1998).

5.

Shell model calculations for heavy deformed nuclei.

J. G. Hirsch, O. Castaņos, P.O. Hess, O. Civitarese, D. Troltenier,T. Beuschel, J. P. Draayer, D. Rompf and Y. Sun.

Czech. Journ. Phys. 48, 183 (1998).

4.

The QRPA and its extensions in a solvable model.

Hirsch, P. Hess and O. Civitarese.

Rev. Mex. Phys. 43, 78 (1997).

3.

Schematic Model Studies of Nuclear Double Beta Decay.

O. Civitarese.

Rev. Mex. Phys. 42, 35 (1996).

2.

Double beta decay in heavy deformed nuclei.

J.Hirsch, O. Castaños, P.O. Hess and O. Civitarese.

Nuclear Physics (Proc. Suppl.) B 35, 381 (1994).

1.

Recent developments in the theory of the nuclear double beta decay.

O.Civitarese.

Rev.Mex.Phys. Suppl. 39, 37 (1993).

Mayo 2011