Center for Relativistic Laser Science

Time-resolved spectroscopy (Team1)

Pump-probe Spectroscopic Experiment

- The nitrile stretching vibrations in the cyanophenols
- The N3 stretching vibration in 4-azidoprolines
- The study of nitrile and thiocyanate in customized peptides for the IR probe

Ultrafast 2D IR Vibrational Echo Spectroscopic Experiment

- Puckering dynamics of 4S-azidoproline

Time-resolved spectroscopy (Team1)

Ultrafast spectroscopy and microscopy with pump-probe technique

- Excition dynmaics and control

- Cavity quantum photonics

- Optoelectronic applications

Nanophotonics

- Materials and metasurface

- Optical interplay between active materials and nanostructure

Time-resolved spectroscopy (Team1)

- Time-resoleved vibrational spectroscopy, ultrafast two-dimensional infrared (2D-IR) spectroscopy

- Dynamics of ions and molecules in electrolytes and protein

Time-resolved Spectroscopy (Team1)

Dielectric relaxation and vibrational spectroscopic studies in ion conducting polymer electrolytes

- Polymer electrolytes for rechargeable lithium battery

- Fabication of polymer electrolytes film

- Understanding and improvement of charge transport behaviour in polymer electrolytes

Optical frequency comb spectroscopy (Team2)

- Transient absorption spectroscopy

- Frequency comb spectroscopy and asynchronous optical sampling

Optical frequency comb spectroscopy (Team2)

- Dual frequency comb spectroscopy

- Quantum spectroscopy/ quantum imaging

Optical frequency comb spectroscopy (Team2)

Computational chemistry (Team3)

- Theoretical modeling and simulation of solvation and ion transport in electrolyte solutions

- Theoretical description of nonlinear optical spectroscopy

Computational chemistry (Team3)

- Development of the machine learning potentials for aqueous electrolytes.

- Modeling of electrolyte solutions for rechargeable batteries for renewable energy storage.

Computational chemistry (Team3)

- To develop the first-principles machine learning potential that can be used to perform molecular dynamic simulations at the first-principles level of  accuracy.

- Sum frequency generation spectroscopy simulation of graphenee and water system.

Computational chemistry (Team3)

- Modeling Ionic Conductivities and Li-ion transport mechanism in Solid Polymer Electrolytes

- Investigation of the Role of Internal Rotation on the Anisotropy Decay of Vibrational Probe in Polymer Matrix

- Modeling Separator-Electrolyte Interactions Used in Lithium Ion Batteries

Computational chemistry (Team3)

- MD simulation study of self-assembled monolayers (SAMs) on noble metals surface.

Label-Free Imaging (Team4)

- Label-free, long-term live-cell imaging with interferometric scattering (iSCAT) microscopy

- Single-molecule biophysics using magentic tweezers system

Label-Free Imaging (Team4)

Developments and applications on scattering-based optical imaging system

- Development of the interferometric-scattering (iSCAT) microscopy for label-free imaging

- Research on the real-time dynamics of biological systems at the single-molecule level

Label-Free Imaging (Team4)

- Single molecule biophysics and label-free microscopic imaging

- Nano-sized particle imaging with dual focus - interferometric scattering (iSCAT) microscopy

Label-Free Imaging (Team4)

- Development and improvement of vibrational micro-spectroscopy

- Label-free imaging with coherent Raman scattering techniques

Super-depth Optical Imaging (Team5)

Super-depth Optical Imaging (Team5)

- Molecular biology, Neurophysiology and Bio-imaging

- Bio-imaging using CLASS (closed-loop accumulation of single scattering) microscope

Super-depth Optical Imaging (Team5)

Super-depth Optical Imaging (Team5)

Super-depth Optical Imaging (Team5)