Category Archives: Research

The High-Energy and Particle Physics Division explores the fundamental nature of matter and the forces that govern it, combining quantum field theory with cutting-edge experiments in particle accelerators. Our research spans the Standard Model, particle phenomenology, and the search for new physics, alongside the development of advanced detectors and sophisticated data analysis techniques. CU Physics […]

Research in Plasma and Nuclear Physics explores the unique properties of ionized gases and nuclear reactions, from controlled plasma generation in particle accelerators to extreme plasmas near black holes, interpreted through the AdS/CFT correspondence. Our work bridges fundamental quantum field theory with real-world applications, advancing both theoretical understanding and technological innovation.

This field encompasses the study of light and sound, ranging from wave phenomena in conventional media to cutting-edge nanophotonic structures. Research focuses on the design and development of advanced optical devices—such as high-sensitivity photodetectors, nanophotonic waveguides, and novel imaging systems—alongside innovations in acoustic manipulation and photonic materials for emerging technologies. CU Physics FrontierarXiv

The Physics Education Division focuses on advancing innovative approaches to teaching and learning physics, integrating hands-on experimentation, multimedia tools, and flipped classroom techniques to foster discovery-based learning and model construction. Research examines the influence of emerging technologies on student attitudes and learning outcomes, spanning from secondary education to the undergraduate level. CU Physics Frontier Wikipedia

The Biological Physics Division applies the principles of physics to explore phenomena in living systems—from molecular organization within cells to the collective behaviors of organisms. Leveraging theoretical models, computational simulations, and experimental techniques from biology and neuroscience, our research addresses complex systems such as neural networks and fluctuation phenomena in quantum materials. CU Physics Frontier

The Astrophysics, Astronomy & Atmospheric Physics group investigates the origins and evolution of galaxies, stars, and black holes, as well as the dynamics of planetary atmospheres on Earth and beyond. Utilizing multi-wavelength observations—from X-rays to optical light—via both ground-based and space telescopes, our research explores the thermal and dynamical structures of interstellar gas and examines […]

The Advanced Materials group focuses on the synthesis and simulation of next-generation materials, including graphene, antiperovskite semiconductors, and nanocarbides. Employing techniques such as MOCVD, sputtering, and molecular-level computational modeling, our research aims to design materials for cutting-edge applications in solar cells, smart windows, and quantum sensors. This work integrates nanostructure fabrication with comprehensive electrical and […]

The Condensed Matter group explores the behavior of matter in solid states and diverse structural phases, from probing the electronic properties of crystalline materials to discovering novel states such as topological phases and quantum invisibility. Our research spans both theory and experiment, including the synthesis of perovskite thin films and phase exploration of transition metal […]