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ResearchGroups»Quantum Field Theory, Gravitation and Mathematical Physics Group

Quantum Field Theory, Gravitation and Mathematical Physics Group

Research Areas

  • General Relativity and Gravitation.
  • Supersymmetry and Supergravity.
  • Quantum Field Theories and related topics in String Theories and Condensed Matter Systems
  • Group Theoretical Methods in Physics.
  • Non-linear Problems and Integrable Systems.

Members and Fields of Interest

Sibel Başkal:

  • Group theoretical methods in optical sciences
  • Non-abelian gauge theories
  • Alternative theories to General Relativity

Atalay Karasu:

  • Einstein's equations in higher dimensions
  • Harmonic mappings
  • Sigma models
  • Integrability and symmetries of nonlinear partial differential equations
  • Generalized symmetries and recursion operators

Ayşe Kalkanlı Karasu

  • Integrable systems
  • Symmetries of nonlinear differential equations
  • Singularity analysis

Seçkin Kürkçüoğlu

  • Noncommutative and Fuzzy Quantum Field Theories
  • Matrix Models in String Theory
  • Symmetries and Quantization Methods
  • Applications of Geometric Methods in Condensed Matter Systems

Bahtiyar Özgür Sarıoğlu

  • General Relativity
  • Gravitation
  • Mathematical Physics
  • Supergravity
  • Superstring Theory

Bayram Tekin

  • Quantum Field Theory
  • Gravity
  • Quantum Gravity and String Theory
  • Applications of Quantum Field Theory to Condensed Matter Systems


Emeritus Professors

 

 Selçuk Bayın:
Non-singular cosmological models. Constructing a physical model for the dimensional reduction in the early universe and studying the effects on the observable parameters of the universe. Black-hole thermodynamics and its extention to other geometries.
 Tekin Dereli:
Yang-Mills gauge theories.Supersymmetry and supergravity. Quaternion and octonion algebras in physics. Spin structures. Generalised theories of gravity. Cosmological solutions. Integrable systems. Phase space quantisation.
 Ahmet Eriş:
Einstein's equations. Harmonic mappings. Sigma models. Integrable systems.
 Yurdahan Güler:
Group theory and applications. Hamilton Jacobi Theory.
 Ferit Öktem:
General Relativity.


Graduate Students

Gökhan Alkaç, PhD
Emel Altaş, PhD
Suat Dengiz, PhD
Deniz Olgu Devecioğlu, PhD
Kadir Can Erbaş, PhD
Ercan Kılıçarslan, PhD
Gönül Ünal, PhD
Fatih Ballı, MS
Çağatay Menekay, MS
Deniz Özen, MS
Kezban Taşseten, MS
Caner Ünal, MS

Former Graduates (2000 - ....)