I was interdisciplinarily educated. A Ph.D. degree in biological sciences, an MSc. in physics, and a BEng. in mechanical engineering earned me expertise in protein chemistry, single-particle tracking of membrane molecules, and nanoparticle conjugation. I am interested in nonequilibrium thermodynamics that I believe will see broad applications in studying biological events such as protein folding. Currently, I am working on experimental validations of the newly discovered thermodynamic uncertainty relations (TUR) using optical feedback trap in colloidal model engine systems.

I am an MS Degree student in the Department of Physics, used to study the dynamics of defects during phase transitions in the 2D lattice during my bachelor's degree. Now, in this Lab, I am moving into a new research field, biophysics, to study the dynamics of bacterial swarming with long aspect ratio bacteria, which have abundant fascinating collective behavior to be uncovered.

I'm an MS student in Physics interested in the dynamics of optically trapped nanoparticles in ultra-high vacuum (UHV). I am currently working on loading nanoparticles into an optical trap in the air and designing the UHV system. 

I am an MS Degree student in Physics who is now interested in studying experimental biophysics, particularly in the cellular regime. Currently, I am working on how kinesin produces torque by using optical tweezers and analyzing them using the fluctuation theorem. Learning how these molecular motors behave will have a significant influence and helps us understand how biological system works.