Nanomaterials & Symmetry
Nanomaterials & Symmetry
We experimentally explore physical phenomena of two-dimensional (2D) and one-dimensional (1D) nanomaterials based on the concept of symmetry engineering. The symmetry engineering technique allows us to fabricate artificial structures with controlled symmetry. Using electrical transport measurement and micro spectroscopy at ultra-low temperature and under high magnetic field, we are looking for novel quantum physical phenomena and aiming at establishing the design principle for artificial physical properties.
Feel free to contact us if you are interested in joining our group!
Latest news
2025 June 12 Zhang gave an invited talk at Workshop on Material, Photonic, and Quantum Technology (WMPQT2025, Asahikawa)
2025 June 6 Group page released!
2025 May 26 Zhang gave an invited talk at Current Trends in Nonlinear Photocurrents and Magnetism (CINERAMA25, Spain)
2025 May 1 Dr. Yijin Zhang joined Department of Physics and Zhang group started!
Research highlights
Intrinsic 1D moiré superlattice
Bulk photovoltaic effect
Twist-controlled spin splitting
Chiral light emitting diode