My research focuses on quantum phases of matter in low-dimensional materials. The interplay of symmetry, topology and electron-correlation is explored by combining first-principles calculations (DFT, cRPA) and many-body numerical techniques (ED, DMRG, etc.). Recently, I am exploring quantum metrology/sensing applications by utilizing novel properties of low-dimensional quantum materials to achieve quantum-enhanced sensitivity. I am also interested in developing machine learning assisted methods for simulating complex materials or devices.
Research Summary
In Plain English
My research focuses on understanding the unique properties of quantum materials and exploring how they can be used to develop highly sensitive measurement technologies. I also use computer simulations and machine learning to predict material properties and design functional devices.