Postdoctoral researcher Zeeshan Khalid on his time with H2FUTURE programme: “Quantum advantage isn't just a possibility—it's a future we can achieve through focused innovation.”
Zeeshan Khalid contributed to the H2FUTURE research programme at the University of Oulu from 2024 to 2025 as postdoctoral researcher. He has a background in computational materials science, having completed his PhD at the Norwegian University of Science and Technology (NTNU) in 2020. He integrates practical quantum programming techniques to explore material physics, with a particular interest in simulations for catalysis, CO₂ reduction, and hydrogen-related material simulations using classical and quantum simulation methods.
With over six years of experience in high-performance computing, Zeeshan is passionate about developing quantum algorithms for solving complex material science problems. Khalid thinks fondly of the time spent with H2FUTURE programme and is grateful he got to be a part of the research group.
"I was impressed by the potential opportunities to work on themes that closely align with my experience and goals while also allowing me to learn and grow my skills," Zeeshan explains.
Given the ongoing advancements in quantum computing, he believes this technology holds great potential.
“Quantum computing is crucial for solving complex problems that are currently too computationally intensive or even impossible to tackle with classical computers.”
Developing hybrid classical-quantum algorithms helps to make quantum computing easier to apply to real-world challenges
With Khalid´s background in classical computing and simulations, it was exciting to contribute his expertise toward developing hybrid classical-quantum algorithms, helping to make quantum computing more practical and applicable to real-world challenges.
Khalid´s main research interests include the development of hybrid classical-quantum algorithms for material simulations on quantum computers. Additionally, he is interested in material simulations related to catalysis and CO₂ reduction using classical methods, such as density functional theory (DFT).
“I have a background in Materials Science and Physics, which created a unique combination of expertise for developing quantum methods and applying them to practical simulations in material science," Zeeshan notes.
The experience in H2FUTURE allowed to deepen Khalid´s understanding of quantum computing technology and recognize its revolutionary significance
The position at the University of Oulu build on his previous experience in computational skills and classical simulation methods, integrating them with quantum techniques to develop hybrid classical-quantum algorithms for practical quantum computing.
"This postdoctoral position has allowed me to deepen my understanding of quantum computing technology and recognize its significance. I am confident that this technology will revolutionize various fields and has immense potential, provided we can overcome some fundamental challenges in its development," Khalid concludes.
Zeeshan Khalid's journey in quantum computing and material science is a testament to the exciting possibilities that lie ahead in these fields. His work in the H2FUTURE project and at the University of Oulu showcases the potential of quantum computing to address complex material science problems and contribute to advancements in catalysis and CO₂ reduction.
“My time in Oulu and involvement in the cutting-edge research themes of the H2FUTURE programme continue to support my current role, where I am also engaged in several hydrogen-related projects. This experience has broadened my expertise and strengthened my ability to contribute to a more sustainable future”, Khalid concludes.
Thank you, Zeeshan, for your time at the University of Oulu and best of luck with your new endeavors!