Associate Professor

• Sep 2020 - Present

Postdoctoral Scholar

• Jun 2018 - Jul 2020

Researcher Phd Candidate

• Apr 2013 - May 2018

Life is in the comics. Life is in the comics.

Teaching Asistant

• Apr 2012 - Aug 2012

Tutorial instructor of Statistical Mechanics Grading assignments

Research Asistant

• Sep 2010 - Aug 2012

• Conducted comprehensive literature search, developed research method, and laid out project plan; • Analyzed data, drafted project report and wrote up a research paper; • Presented preliminary research results at national and international conferences; • Intend to build pseudopotential with centroid density; • Apply pseudopotential to molecular dynamics to calculate para-hydrogen clusters in nano scale and droplets • Expand the regular numerical matrix multiplication method… Show more • Conducted comprehensive literature search, developed research method, and laid out project plan; • Analyzed data, drafted project report and wrote up a research paper; • Presented preliminary research results at national and international conferences; • Intend to build pseudopotential with centroid density; • Apply pseudopotential to molecular dynamics to calculate para-hydrogen clusters in nano scale and droplets • Expand the regular numerical matrix multiplication method of computing the density of molecules to three dimensional method. • Intend to study the convergence of centroid constraints molecular dynamics algorithm, and to apply on centroid force calculation

Teaching Asistant

• Sep 2010 - Dec 2010

Instructor of Material Science and Engineering Lab • Introduced about Polarized Light Microscope (PLM), including how to operate and its usage; • Taught students to observe crystal structures using PLM, and then to determine polymer types.

Research Asistant

• Apr 2009 - Aug 2009

• Research assistant of PN Roy Group, Professor Pierre-Nicholas Roy • Involved project: 2D He-CO2 cluster potential fitting • Accomplishment: the potential was later used by path integral calculation of He-CO2 clusters in MMTK (Molecular Modeling Tool Kits); • Using computer language such as C and python to simulate the potential well of He-CO2 structure; • Familiarized with potential fitting program, made use of quantum mechanics and statistical mechanics, and solved the… Show more • Research assistant of PN Roy Group, Professor Pierre-Nicholas Roy • Involved project: 2D He-CO2 cluster potential fitting • Accomplishment: the potential was later used by path integral calculation of He-CO2 clusters in MMTK (Molecular Modeling Tool Kits); • Using computer language such as C and python to simulate the potential well of He-CO2 structure; • Familiarized with potential fitting program, made use of quantum mechanics and statistical mechanics, and solved the density matrix using linear algebra; • Attended periodical team meetings, and reported research progress to internal audiences; • Adapted well to new working environment, demonstrated good self-learning and interpersonal skills; • Successfully fitted the Aziz potential to long range continuous form of potential (MLR) using the program edited by Professor Robert LeRoy; • The potential form is now still in use in our computer lab for other related researches. Show less • Research assistant of PN Roy Group, Professor Pierre-Nicholas Roy • Involved project: 2D He-CO2 cluster potential fitting • Accomplishment: the potential was later used by path integral calculation of He-CO2 clusters in MMTK (Molecular Modeling Tool Kits); • Using computer language such as C and python to simulate the potential well of He-CO2 structure; • Familiarized with potential fitting program, made use of quantum mechanics and statistical mechanics, and solved the… Show more • Research assistant of PN Roy Group, Professor Pierre-Nicholas Roy • Involved project: 2D He-CO2 cluster potential fitting • Accomplishment: the potential was later used by path integral calculation of He-CO2 clusters in MMTK (Molecular Modeling Tool Kits); • Using computer language such as C and python to simulate the potential well of He-CO2 structure; • Familiarized with potential fitting program, made use of quantum mechanics and statistical mechanics, and solved the density matrix using linear algebra; • Attended periodical team meetings, and reported research progress to internal audiences; • Adapted well to new working environment, demonstrated good self-learning and interpersonal skills; • Successfully fitted the Aziz potential to long range continuous form of potential (MLR) using the program edited by Professor Robert LeRoy; • The potential form is now still in use in our computer lab for other related researches. Show less