Welcome to the Hsieh Group website! The focus of our lab is to search for novel quantum electronic phases of matter in solids and to understand and control their properties. To study these questions, we are currently developing a variety of laser-based techniques including nonlinear optical spectroscopy and microscopy, angle-resolved photoemission spectroscopy and time-resolved optical spectroscopy. We invite you to explore our website for more details.     

News

• ​Our paper on parametric magnon pumping published in Phys. Rev. B - Feb. 8, 2024
• Our new work on EuTiO3 published in Phys. Rev. B - Dec. 22, 2023
• Our new work on Ca2RuO4 published in Nature Communications - Dec. 12, 2023
• Our paper on Hubbard excitons published in Nature Physics - September 14, 2023
• Our new paper on light-induced change in band topology of Te published in Physical Review B - November 11, 2022
• David is named a Moore Experimental Physics Investigator - October 27, 2022
• Our new paper on imaging antiferromagnetic microstructure in a cuprate published in Physical Review B - October 12, 2022
• Congratulations to Honglie on a successful Ph.D. defense. Good luck at MIT!
• Our new paper on high-pressure controlled optical nonlinearity in TaAs published in Physical Review B - July 5, 2022
• Congratulations to Junyi on a successful Ph.D. defense. Good luck at Berkeley!
• Our new paper on the Keldysh crossover and Floquet bandwidth engineering published in Physical Review Letters - May 6, 2022
• Our new work on Sr2IrO4 published in Communications Physics - February 4, 2022
• Our new work on MnPS3 published in Nature - December 8, 2021
• Our new work on Sr2CuO2Cl2 published in Nature Physics - Apr. 5, 2021
• David receives Inaugural Brown Investigator Award Mar. 8, 2021
• Our new work on Ta2NiSe5 published in Phys. Rev. Lett. - Dec. 22, 2020
• Our new work on Sr2IrO4 published in Phys. Rev. B Rapid Comm. - Nov. 13, 2020