Condensed matter physics is one of the largest branches of contemporary physics research, involving a wide variety of interesting concepts and challenges exploring the fundamental properties of matter, such as solids, liquids, and gases. It helps us to understand the properties of matters that we encounter in our daily life and more exotic matters such as the emerging quantum materials which are characterized by the quantum-mechanical nature. The experimental condensed matter physics is the biggest research field in the Physics Department, studying a wide range of materials, such as two-dimensional materials including graphene, transition metal dichalcogenides and their artificially constructed complex structures, topological matters, strongly correlated materials, superconductors, cold-atoms, spintronics, photonic crystals, metamaterials, organic artificial structures, soft matters, etc. with various experimental techniques. The relevant groups in experimental condensed matter physics have been actively conducting collaborative research and published many influential works in prestigious scientific journals. For details, click on the links below for individual group webpages.
Related Information
- Prof. Michael Altman's group
- Prof. Ho Bun Chan's group
- Prof. Berthold JÄCK's group
- Prof. Kaifei Kang's group
- Prof. Shiming Lei's group
- Prof. Nian Lin's group
- Prof. Rolf Lortz's group
- Prof. Iam Keong Sou's group
- Prof. Jiannong Wang's group
- Prof. Jue Wang's group
- Prof. Ning Wang's group
- Prof. Sen Yang's group
- Prof. Jingdi Zhang's group
