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The CM group's research spans a wide range of topics, mirroring the extensive scope of this major physics subfield. Presently, their key focus areas include exploring the basic physics of nanostructured metals, semiconductors, and organic materials. This encompasses studying their growth and formation processes, surface and interface characteristics, structural attributes, as well as their ultrafast and nonlinear optical behaviors. The group employs various computational methods, from Density Functional Theory to Quantum Monte Carlo, for theoretical materials analysis, alongside exploring applications in quantum information science. This research is largely driven by these materials' promising applications in developing advanced nanoelectronic components, optoelectronic systems, and optical/nano-optical devices, particularly in the quantum technology domain.