• ندوات أسبوعية

    کل اربعاء - الساعه 12:45

    كلية العلوم - قاعة 21

  • آفاق جديدة في الفيزياء النظرية
    آفاق جديدة في الفيزياء النظرية

    تابع آخر الأخبار من عالم الفيزياء النظرية

  • مجموعة فيزياء الجسيمات الأولية و الطاقة العالية
    مجموعة فيزياء الجسيمات الأولية و الطاقة العالية

joomla black

قسم نظرية الأوتار والتصوير المجسم، جامعة فردوسي مشهد

saman karimi

Saman Karimi

Email   

Picture3   +98 51 3880 4109

Picture4   Ferdowsi University, Faculty of Sciences, -1 floor, Physics PhD room, Mashhad, Iran

Research Interest  

D-brane action, T-duality, Higher corrections to the string effective  action, Holography, Quantum Information

 

About:

My research area in string theory mainly focuses on D-branes action for different orders by applying T-duality. Moreover, I have active research studies in quantum information about quantum correlation and measurement. 

 

Link to my publications

 

 

Malihe Siahvoshan 2Malihe Siahvoshan (PhD Graduate)

Email  

Picture3   +98 51 3880 4110

Picture4  Ferdowsi University, Faculty of Sciences, 1st floor, Ph.D. room, Mashhad, Iran

Research Interest 

Higher derivative theories of gravity, Holographic renormalization, JT gravity

Link to my publications  

 

 

Ehsani

Kayvan Ehsani (PhD Student)

Email 

Picture3  +98 51 3880 4109

Picture4   Ferdowsi University, Faculty of Sciences, -1 floor, Physics Ph.D. room, Num. 29, Mashhad, Iran

Research Interest

Holography - Conformal Field theory

 

 

 

 

M. Ameri

Mehdi Ameri (PhD Student)

Email 

Picture3  +98 51 3880 4109

Picture4   Ferdowsi University, Faculty of Sciences, -1 floor, Physics Ph.D. room, Num. 29, Mashhad, Iran

Research Interest

Two-dimensional gravity, Topological Gravity, Black Hole Physics, String Theory, Holography, Random Matrix Theory, Sachdev-Ye-Kitaev Model, Quantum Chaos, Biophysics

 

 M.Ameri2Research Scheme

The microscopic origin of black hole entropy has been well-studied for two decades since Bakenstein and Hawking discovered a famous area low for their thermodynamic entropy. This clue can help us investigate quantum corrections on gravity regarding finding the full quantum gravity. This can be done in the context of string theory itself or one of its consequences, i.e. the AdS/CFT correspondence. My research mainly focuses on the relationship between the symmetries of various dimensions of this correspondence and studying the non-perturbative leading corrections to gravity in two dimensions that indeed play a crucial role in determining the black hole energy spectrum.

 

 


 

TA Course (Winter '22): Mathematical Methods in Physics 3

My Talks: 

1- Holographic Universe (Public Lecture) - 28 October 2023

2- Conformal Bootstrap - 12 July 2023

3- Volumes of the Moduli space for JT gravity and Matrices - 09 Nov 2022

 

 

 

 

M. R. Garousi

   Mohammad Reza Garousi (Professor)

    Email 

    Picture3  +98 51 3880 5585

    Picture2   Webpage

    Picture4  Ferdowsi University, Faculty of Sciences, 1st floor, Mashhad, Iran

 

 

Research Interest

String Theory effective action, Higher derivative corrections to string theory

 

Research scheme

String theory is a theory of gravity that is consistent with quantum mechanics. This theory contains non-perturbative D-brane/O-plane fluctuations as well as perturbative string fluctuations. The physics of spacetime and its non-perturbative objects are usually explored by studying the low-energy expansion or α' expansion of effective actions. The leading α' order effective action of the spacetime is given by the supergravity and of D-brane /O-plane is given by DBI actions. I am interested in finding higher corrections to these leading order effective actions by using the expected symmetries of the effective actions.

 

Link to my publication

 

Current Post-Doctoral Researchers:  Yasser Akou

Current Ph.D. students under supervision: Ali Baradaran,  Alireza Pahlavan, Hadi Gholian Aval, Mehdi Ameri