Our faculty members distinguish our department from comparable universities through their international collaborations in various fields of physics.

1. CERN FCC Studies

A Memorandum of Understanding (MoU) for the Future Circular Collider (FCC) Feasibility Study, hosted by the European Organization for Nuclear Research (CERN), was signed by our university rector, Prof. Dr. Evren YAŞAR, and Michael BENEDICT, leader of the FCC Feasibility Study. Following the signing of the MoU, our university was included by the FCC feasibility study leadership in the international working group comprising 150 universities from 35 countries worldwide, including 15 universities from Türkiye.

2. European Union COST Projects

The projects in which faculty members of our department participate as researchers include the following:

• CA23115 – Relativistic Quantum Information (RQI)
• CA23130 – Bridging High and Low Energies in Search of Quantum Gravity (BridgeQG)
• CA22113 – Fundamental Challenges in Theoretical Physics (THEORY CHALLENGES)
• CA24146 – Machine Learning and Quantum Computing for Future Colliders (MLQC4FC)
• CA24109 – Many-body Open Quantum Systems (QOpen)
• CA24159 – Structure and Spectroscopy of Hadrons Research Project (SHARP)

3. NASA Meteor Tracking System

Our department operates one of only 20 meteor tracking systems of its kind worldwide, through which real-time data are transmitted to NASA.

Established in 2021, the tracking system uses 16 cameras to observe and record meteor movements, enabling continuous monitoring and scientific analysis.

4. DRD5–Quantum Sensing Detector R&D Collaboration

Another collaborative project has been initiated with CERN. Faculty members of our department have been accepted into the DRD5–Quantum Sensing Detector R&D Collaboration, which operates within CERN, one of the world's leading scientific research centers.

Within the scope of the planned R&D activities, the project aims to:

• Produce and optimize nanoscale quantum dots with various dimensions and compositions;
• Test and analyze methods for applying these quantum dots to sub-detector systems;
• Design and develop calorimeter modules as quantum sensors;
• Investigate the application of quantum sensing to various semiconductor tracker sub-detectors and scintillators;
• Conduct radiation tests at CERN, as well as data acquisition and analysis;
• Develop detector simulations and modeling involving nanoscale quantum materials.

The new and applicable research activities to be conducted by the Quantum Sensing R&D team at CERN are expected, over time, to contribute to the transfer of advanced technologies to the university–industry ecosystem in Türkiye, particularly in sectors such as defense, aviation, and aerospace. The collaboration is also expected to contribute to the training of high-profile PhD students and researchers with doctoral degrees, strengthen the educational and research activities of Yozgat Bozok University, and support the development of commercializable products that can contribute to Türkiye's emerging R&D economy based on quantum technologies.