21-27 October 2018
Hermosillo, Sonora
MST timezone
- jose.benitez@cern.ch
Support
Contribution
Speakers
- Ms. Lismary de la Caridad SUÁREZ
Primary authors
- Ms. Lismary de la Caridad SUÁREZ (Instituto de Cibernética Matemática y Física)
Co-authors
- Prof. Aurora PEREZ MARTINEZ (Instituto de Cibernetica Matematica y Fisica (ICIMAF))
- Prof. Gretel QUINTERO ANGULO (Universidad de la Habana)
Content
We study the thermodynamic properties of a non-relativistic vector boson gas, in presences of an external magnetic field. Bose-Einstein condensate is obtained and it depends on all the parameters involved in the problem: temperature, particle density and magnetic field. An spontaneous magnetization appears at low temperature as a consequence of the condensed state. Even in the non-relativistic case there is an anisotropy in equation of the state due to the presence of the magnetic field. Negative values of the perpendicular pressure are obtained that define a region of instability in the system.
Category
Theory/Pheno