Mr. Asghar Ullah | Quantum Physics – PhD at Koc University , Turkey
Asghar Ullah is a dedicated Ph.D. student specializing in quantum thermodynamics and quantum metrology at Koç University, Istanbul, Turkey. Hailing from Pakistan, he is passionate about exploring quantum phenomena, advancing precision measurement techniques, and contributing to the scientific community. With a solid foundation in theoretical research and computational simulations, he is committed to furthering his understanding of quantum systems and their applications. His academic journey began at Quaid-i-Azam University in Islamabad, Pakistan, where he earned both his Master of Philosophy and Master of Science in Physics. Asghar is proficient in several programming languages and scientific tools, including Mathematica, Python, and LaTeX, and actively engages in quantum thermometry research. With teaching experience in various secondary schools, he has demonstrated a strong commitment to education. Asghar is a published researcher with several papers in leading journals and has participated in numerous international conferences and seminars.
Professional Profile:
Orcid
Education:
Asghar Ullah’s academic path has been marked by excellence in the field of physics. He is currently pursuing a Doctor of Philosophy (Ph.D.) in Physics at Koç University, Istanbul, Turkey, since February 2021. Prior to this, he earned his Master of Philosophy in Physics, with a focus on Quantum Physics, from Quaid-i-Azam University in Islamabad, Pakistan, in November 2019. His academic journey began with a Master of Science in Physics from Quaid-i-Azam University in 2017. Asghar’s foundational knowledge in physics was further developed during his undergraduate studies at the University of Sargodha, Pakistan, where he earned a Bachelor of Science in Physics and Mathematics in 2014. Throughout his education, Asghar has shown a keen interest in quantum thermodynamics and quantum metrology, subjects that continue to shape his current research pursuits. His solid educational background provides a strong platform for his growing contributions to theoretical and computational research.
Asghar Ullah has demonstrated considerable teaching experience, which began during his tenure as a secondary school teacher in Pakistan. From 2017 to 2021, he taught Quantum Physics and Mathematics at various schools, including the NIMS Education System, Islamabad Career College, and The Best Future School. His teaching roles included preparing and delivering lessons, tutoring students, and fostering a positive learning environment. Asghar also gained experience as an external examiner for the University of Wah, Islamabad, where he examined courses in Quantum Mechanics and Classical Mechanics. This hands-on experience in education has helped him develop strong communication skills and an ability to explain complex concepts to diverse audiences. Asghar’s scientific experience is equally impressive; he is currently involved in cutting-edge research on quantum thermometry, with multiple publications in leading scientific journals. His research is supported by grants, including the TUBITAK grant for his work on quantum thermometry with interacting systems.
Research Interests:
Asghar Ullah’s research focuses on quantum thermodynamics and quantum metrology, specifically exploring the application of quantum principles in precision measurement. He is currently investigating quantum thermometry, particularly the use of interacting systems, probe-ancilla qubit chains, and coherence generation to improve measurement accuracy at ultra-low temperatures. His research aims to enhance the range and precision of quantum thermometry techniques, which have wide-ranging applications in various fields, including quantum computing, condensed matter physics, and material science. Asghar’s work also delves into quantum coherence and its impact on temperature sensing, an area that holds great promise for advancing quantum technology. His theoretical and computational approaches are complemented by strong collaborations with experts in the field, such as Prof. Özgür E. Müstecepaoğlu. Through his research, Asghar is contributing to the development of next-generation quantum sensors and enhancing our understanding of quantum phenomena in thermodynamic systems.
Awards:
Asghar Ullah has received recognition for his outstanding research and contributions to the field of quantum physics. In 2021, he earned the Best Paper Award at the 2021 Quantum Optics and Information Meeting for his paper on quantum thermometry. His dedication to precision measurement in quantum systems has also led to various collaborations and publications in prestigious scientific journals. Asghar’s work on quantum thermometry and low-temperature systems has garnered attention and respect in the academic community. He has been awarded the TUBITAK Grant for his research project titled “Quantum Thermometry with Interacting Systems” in 2023, which is further proof of his innovative approach and dedication to his field. Asghar’s recognition extends to international conferences where he has been invited to present his research on quantum thermodynamics, quantum metrology, and related topics. His continued pursuit of excellence has solidified his position as an emerging leader in the field of quantum research.
Publications:
Quantum Thermometry for Ultra-Low Temperatures Using Probe and Ancilla Qubit Chains
Year: February 2025
Mixing Thermal Coherent States for Precision and Range Enhancement in Quantum Thermometry
Year: January 2025
Low-Temperature Quantum Thermometry Boosted by Coherence Generation
Year: November 2023
Preparation of Thermal Coherent State for Quantum Coherence Protection
Year: July 2023
Characterization of Squeezed Thermal Baths via Qubit Probe
Year: June 2021
Conclusion:
Asghar Ullah’s dedication to research, his academic accomplishments, and his promising contributions to quantum physics, particularly in precision measurement and quantum thermometry, position him as an outstanding candidate for the “Young Scientist Award.” His ability to explore complex quantum systems and develop practical solutions for improving quantum thermometry techniques demonstrates his capacity to lead the way in advancing scientific understanding. His active publication record, involvement in international conferences, and receipt of funding for research further emphasize his suitability for this prestigious award.