NUCLEAR PHYSICS

Major Graduate Level Research Activities

• Electromagnetic and Electroweak Interactions in Nuclei
• Relativistic Many-Body Problem
• QCD Sum Rules in Nuclear Physics
• Parity Violation in Nuclear Interactions
• Radiative Vector Meson Decays
• Giant Resonances in Nuclear Physics
• Nuclear Dissipative Dynamics
• Nuclear Collective Response at Finite Temperature

Group Members and Field of Interest

Ahmet Gokalp

Relativistic Many-Body Problem, Electroweak Interactions in Nuclei, Radiative Vector Meson Decays, QCD Sum Rules in Nuclear Physics, Giant Resonances in Nuclear Physics, Nuclear Dissipative Dynamics.

Osman Yilmaz

Radiative Vector Meson Decays, QCD Sum Rules in Nuclear Physics, Parity Violation in Nuclear Interactions, Giant Resonances in Nuclear Physics, Nuclear Collective Response at Finite Temperature.

Graduate Students

Kutsal Bozkurt, PhD

Response Function of Nuclear Matter at Finite Temperature.

Saime Solmaz, PhD

Scalar Meson Contributions to Radiative Vector Meson Decays.

Ayşe Küçükarslan, PhD

Hadronic mixing in Radiative Vector Meson Decays.

Yasemin Saraç, PhD

Vector Meson Decays in Chiral Perturbation Theory.

Dilan Kaya, Msc

Instabilities in Nuclear Matter.

Murat Tamer Ataol, MSc

Parity Violation in pp-Scattering.

Vedat Tanrıverdi, MSc

Nuclear Dissipative-Fluctuation Dynamics.