International Journal of Theoretical and Mathematical Physics

International Journal of Theoretical and Mathematical Physics is a peer-reviewed journal, publishing papers on all areas in which theoretical physics and mathematics interact with each other. It features the reports on current developments in theoretical physics as well as related mathematical problems.


Shahram Abbassi

Editorial Board Member of International Journal of Theoretical and Mathematical Physics

Assistant Professor, Damghan University, Iran

Research Areas

Astronomy, Astrophysics, Theoretical Physics

Education

2001-2005Ph.DFerdowsi University, Mashad, Iran
1999-2001M.ScInstitute of Advance Studies in Basic Sciences (IASBS), Iran
1995-1999B.ScFerdowsi University of Mashhad, Iran

Experience

2004-presentDamghan University of Basic Science

Publications: Conferences/Workshops/Symposiums/Journals/Books

[1]  "The effect of Self-gravity on Equilibrium of Accretion disks", Abbassi S., Ghanbari J., 6th Research Meeting on Astronomy in Iran, (30-31 January 2002)
[2]  "Role of Multipolar magnetic Field on r-modes Instability in the ocean of magnetic neutron stars", Abbassi S., Rezania V., 7th Research Meeting on Astronomy in Iran, (30-31 January 2003)
[3]  The Oscillation of Magnetic Stars: Magneto-acoustic modes of roAp stars Abbassi S., Rieutord M., 9th Research Meeting on Astronomy in Iran, (January 2005)
[4]  Evolutionary Solution for Beta viscous self-gravtating disks Abbassi S., Ghanbari J., Salehi F., 10th Research Meeting on Astronomy in Iran, (January 2006)
[5]  Dynamical Behaviour of Magneto-acoustic modes in roAp stars Abbassi S., Rieutord M., 11th Research Meeting on Astronomy in Iran, (January 2007)
[6]  The effect of thermal conduction on the ADAF with toroidal magnetic Field Abbassi S., Ghanbari J., Najjar S., 11th Research Meeting on Astronomy in Iran, (January 2008)
[7]  ٍEquilibria of a Self-Gravitating Rotating Disk Around a Magnetized Compact Objects, Ghanbari J., Abbassi S., JENAM2001, Munchen, Germany(9-15 September 2001)
[8]  Role of self-gravity on the dyanamical structure of Accretion disk, Abbassi s., AUASS, Amman, Jordan( 19-232 August 2002)
[9]  Nato-ASI summer school on electromagnetic spectrum of Neutron Star, Marmarine Beach, Turky, June 2004
[10]  Annual Iranian Astronomy Conference, Institute for Advanced Studies in Basic Sciences, Iran (2004) Speaker Title: "The Oscillation of Magnetic Stars: The Magneto-Acoustic Modes of roAp Stars"
[11]  The Second Workshop in Astrophysics of Neutron Stars, 30th June-4th July 2008, Istanbul, Turkey, Poster "KHZ QPO Oscillations and Resonant Shear Alfven Waves in Neutron star Magnetosphere: The Dipolar Field Configuration"
[12]  East Asia Young Astronomical Meeting, 25th July-1th August 2008, Jiayuguan, China, Speaker "Thermal Conduction in a Magnetized Hot accretion Flow"
[13]  The 10th Asian-Pacific IAU meeting, 3-6th August 2008, Kunming, China, Speaker " Beta Viscose Prescription in a Self-Gravitating Disk"
[14]  Accretion and Ejection: a global view, 22-26 June 2009, COMO, Italy " the role of thermal conduction in a viscose-resistive magnetized ADAF"
[15]  Self-gravity in a ADAFs with toroidal magnetic field, 3th Iranian conference in Astronomy & cosmology, Ahvaz, Dec. 2009
[16]  Black hole accretion disks: Toward a new paradigm, International conference on astronomy, May 2010, Maraghe, Iran
[17]  R-mode-Alfven wave coupling in a magnetic compact stars, Shahram Abbassi, Michel Rieutord, Iranian Astronomical meeting, IASBS, Zanjan, 2010
[18]  The influence of the wind in a thin self-gravitating disk, Shahram Abbassi, Mahdi Atashi, The physics of accreting binaries, June 2010, Kyoto, Japan
[19]  Equilibria of a Self-Gravitating, Rotating Disk Around a Magnetized Compact object, J. Ghanbari, S. Abbassi, (2004) MNRAS, 350, 1437-1444
[20]  Role of Multipolar magnetic fields on R-modes Instabilities in Neutron Stars, S. Abbassi, V. Rezania, 25th General Assembly Meeting of IAU, Joint Discussion July 2003, Sydney, Australia
[21]  Self-similar Beta Viscous collapse of a Self-gravitating Polytropic gas Disk, , S.Abbassi, J.Ghanbari, F. Salehi, 2006, A&A, 460, 357-363
[22]  Beta Viscouse Prescription in the Standard Self-Gravitating disk, J. Ghanbari, S. Abbassi, Triggered Star Formation In a Turbulent ISM, IAU, Symposiom No 237, held 14-18 August 2006, Parague, Czech Repoublic
[23]  Self-Similar Solutions of Viscose-Resistive ADAFs with poloidal Magnetic Field, J. Ghanbari, F. Salehi, S. Abbassi, MNRAS, 2007, Vol 381, P. 159
[24]  The Effect of Thermal Conduction on the ADAF with a Toroidal Magnetic Field, S. Abbassi, J. Ghanbar S. Najjari, 2008, MNRAS, Vol 388, 663-668
[25]  The Effect of Self-Gravity on the Equilibrium Structure of a Non-Rotating Thick Disk , J. Ghanbari, S. Abbassi, S. Ataei, Accepted for Publication to JDUBS (in press)
[26]  Beta Viscose Prescription in the Self-gravitating disk, S. Abbassi, J. Ghanbari, proceeding of 10th Asian-Pacific IAU Meeting, Kunming China (2008), p93
[27]  The role of thermal conduction in magnetized viscous-resistive ADAFs J. Ghanbari, S. Abbassi, M. Ghasemnezhad, 2009, MNRAS, vol 400, 422-428
[28]  Different magnetic resistivity in a magnetized ADAFs with thermal conduction, J. ghanbari, S. Abbassi, accepted for publication in the Iranian Journal of Physics.
[29]  A r-mode in a magnetic rotating spherical layer: \\ application to neutron stars., S. Abbassi, M. Rireutord, V. Rezania, accepted for publication MNRAS
[30]  Hydrodynamical wind on a magnetized ADAF with thermal conduction, Abbassi, s.; Ghanbari J., Ghasemnezhad M., 2010, Accepted for publication, MNRAS
[31]  Influence of the B-field in the realy stage of star formation accretion disks, J. Ghanbari, S. Abbassi, N Jami, Accepted for Publication in Iranian Journal of Physics
[32]  Neural Network Prediction of solar cycle 24, A. Ajabshirzadeh, N., Masoumzadeh, S. Abbassi, Accepted for publication in Research in Astronomy & Astrophysics 2011