High-energy physics plays an important role in our understanding of the universe. Our research group is actively engaged in the main areas of high-energy physics, including theory,
phenomenology and experiment. We maintain close relations with hadron colliders around the world. The  members of the group and their interests are as follows:

Kazem Azizi (https://hsqcd.com)

• Perturbative and non-perturbative natures of QCD
• Properties of the standard hadrons and exotics
• PDFs, GPDFs & intrinsic quarks
• QCD sum rules in vacuum & medium with finite temperature, magnetic field and density
• Test of some new physics scenarios BSM in hadron physics
• Search for dark matter and dark energy in QCD.
• Machine learning and its application in particle physics

​​​​​​​Sedigheh Deldar

• QCD and strongly coupled field theories
• QCD vacuum structure and color confinement

Hajar Ebrahim

• String theory and quantum gravity
• Holography and out-of-equilibrium systems
• Holographic strongly-coupled or strongly-correlated systems
• Quark-Gluon Plasma
• Chaotic systems
• Holographic entanglement entropy and quantum information

Sara Khatibi

• Collider Physics
• Standard Model and Beyond the Standard Models Phenomenology
• Effective Field Theory approach for BSM
• Dark Matter Phenomenology

Masoud Mahjour-Shafiei

• Ion Sources
• AI in nuclear and plasma physics

Hossein Mohseni Sadjadi

• Dark energy
• ​​​​​​​Black holes
• Particle Physics in the early Universe
• ​​​​​​​Field theory in curved space-time​​​​​​​

Hamidreza Moshfegh

• Many body theories for hadronic system
• Neutron Star Physics
• Quark-Hadron Phase transition
• Neutron Star matter equation of State
• Hadron equation of state
• Nuclear matter at finite temperature