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Hello and welcome
Welcome to the KARL, where curiosity meets innovation. We explore cutting-edge research in condensed matter physics, materials science, biophysics, astrophysics, and emerging technologies to drive scientific discovery.
Please browse our website and access our resources, view our publications, meet the team or contact us.
Resources
Our goal is to support learning, innovation, and discovery within our physics community. Explore our resources to access lab manuals, datasets, software tools, and guides that can help you advance your research and experiments.
Publications
Browse our collection of publications and explore the latest findings from our research group. Our papers highlight ongoing work across experimental and theoretical physics.
Our team
Are you passionate about physics, experimentation, or scientific collaboration?Meet our team to explore our research, engage in hands-on projects, and contribute to advancing discoveries in modern physics.
RESEARCH AREA
Solid State Physics
We study the physical properties of solids, focusing on how atomic structure and bonding influence electronic, magnetic, and optical behavior. Our work helps advance materials used in electronics, sensors, and energy applications.
Computational Biophysics
We use computational tools and molecular simulations to explore how biological molecules move, interact, and function. This research provides insight into protein dynamics, biomolecular mechanisms, and health-related processes.
Composite Materials and Nanotechnology
We develop and analyze advanced materials that combine natural, synthetic, and nanoscale components. Our work aims to create lightweight, strong, and multifunctional materials for modern engineering applications.
Astrophysics
We study the physical processes that govern the universe, from stars and galaxies to black holes and cosmic radiation. Our work focuses on understanding the structure, evolution, and dynamics of celestial objects using theoretical models, numerical simulations, and observational data. Our research helps explain fundamental questions about the origin and fate of the universe and the laws that shape it.
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