Onur Çakıroğlu

Developed a novel method for thermal conductivity of two dimensional materials based on electrical resistance changing by Gaussian laser beam by solving 2D-heat equation and working on finite element method via python and Comsol in Strongly Correlated Materials Laboratory with Asst. Prof. Talip Serkan Kasırga.

Coordinated all assistants by checking their attendance to experiments’ demos and quizzes, preparing documents about rules, grading criteria and suggestions in order to provide equality and uniformity in all section and designed projects taking and preparing demo videos about experiments performed in freshman laboratory.

Observation of Grain Boundaries In Tungsten Diselenide Monolayers and Determination of Their Properties for Senior Project

Found the special shape of metamaterial for electromagnetic induced transparency (EIT) and used this in order to control the metamaterial due to controlling Fermi level of graphene by giving voltage in Quantum Electronics Laboratory with Prof. Coşkun Kocabaş

Established the study groups where students can ask their problems connected with their lectures to guest lecturers and assistants, organized the conference and some activities such as going out for dinner or doing picnic together and solved many problems of students by working with academicians in the department coordinately.

Montaged liquid nitrogen producers, repaired some laboratory equipments such as ultra cold refrigaratory and drawn some pieces of equipments by Solidwork.

Condensed Matter Physics, Developing a novel method for thermal conductivity measurement of metallic and semiconducting two dimensional materials, Nano and Micro Fabrication, Characterization Techniques (Atomic Force Microscopy and Raman Spectroscopy)

Condensed Matter Physics, Metamaterials with Graphene and Grain Boundaries of 2D-WSe2