Creatom is providing innovative semiconductor solutions for deposition, etching, Surface Cleaning, Planarization, Shallow Ion Implantation of next-generation semiconductor manufacturing and academic exploration in the field of atomic clusters and nano-materials.

Our team worked on LiDAR sensors for direct Time-of-Flight applications in the fields of consumer electronics and automotive LiDARs.

I'm been working as a research engineering in the field of CMOS, ambient light sensors, Lidar, and wearable devices.

I led several sections of the following physics courses for science/non-science undergraduate students.Quarks to Cosmos, Graduate School of Arts & Science, New York University, Fall 2013.How Thinks Works, Graduate School of Arts & Science, New York University, Spring 2017.General Physics I, Graduate School of Arts & Science, New York University, Fall 2017.General Physics II, Graduate School of Arts & Science, New York University, Spring 2018.

Studied the magnetic hysteresis, quantum tunneling and combustion-like behaviors of a single crystal near absolute zero temperature. Improved electronics and software for collecting nanosecond time-series data. Developed models and implemented codes in MATLAB for automatic edge-detection and analysis.Invented a new technique with higher sensitivity for thermoelectric measurements in magnetic nanostructures. Explored the interfacial electron-spin accumulation, spin-wave propagation, and spin-charge conversion in atomic scale. Derived and implemented mathematical models in Python to validate the thermal origin of experimental data.Designed and performed state-of-the-art neutron scattering experiments to explore the elementary magnetic excitations in a Dysprosium dimer. Analyzed the energy-momentum spectra statistically and discovered two meV energy levels originating from electron spin excitations.Studied the transport properties of a spin-valve device based on magnetic insulators. Investigated the enhancements of electronic signals at low temperature, validated the paramagnetic thermoelectric effects and the enhancement of spin-wave near the antiferromagnetic phase transition.