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  • Saajid Chowdhury
    Saajid
    Ph. D. Student

    Saajid loves to learn, teach, and solve problems involving math, physics, and algorithms. He is currently using quantum Monte Carlo techniques to study atom-ion clusters, and gpu-parallelized molecular dynamics simulations to study trapped ions interacting with ultracold atoms.

  • Mahmoud Ibrahim
    Mahmoud
    Ph. D. StudentInterests

    Mahmoud  is interested in computational and data science and its applications in physics and other disciplines of natural and social sciences. 

  • Daniel Julian
    dan
    Undergrad StudentInterest

    My research interests include applying machine learning techniques to AMO physics, such as predicting final states of reactive chemical collisions. For fun, I like to play the saxophone in the university big band and in a community band.

  • Rian Koots
    Rian
    Ph.D. StudentInterests

    Rian is interested in using computational methods to study fundamental problems in physics and working on few-body dynamics.

  • Zhongqi Liang
    fig2
    Ph.D. StudentInterests I am interested in the mathematical structure of few body problems. Specifically, I try to introduce mathematical methods from other physics subfields, such as classical mechanics and condensed matter physics, into the realm of few-body physics. Outside of physics, I enjoy reading about human society and creating my own fictional universe.
  • Mateo Londoño Castellanos
    Mateo
    Ph.D. StudentInterests Mateo is interested in studying the few-body mechanisms involved in chemical dynamics, specifically at ultracold temperatures. His interests also involve light-matter interaction, open quantum systems and the possible application of quantum matter in high-precision metrology.
  • Ruiren Shi
    ruiren
    Ph.D. StudentInterersts Ruiren is interested in quantum chemistry and quantum computing. Currently he is mainly calculating the cross section spectrum of the collision between a stationary ion and a moving particle, and improving existing quantum algorithm (Geometric Quantum Adiabatic Evolution) so that it can be used to calculate reaction surfaces.
  • Jonathan Smucker
    Dr. Jonathan Smucker
    PostdocInterests

    Jonathan is interested in cold and ultra-cold chemistry and in the study of related chemical processes. He is currently studying the effects of the dipole-dipole interaction on pendular states in a lattice.

  • Weiqi Wang
    weiqi
    Ph.D. StudentInterests Weiqi is interested in quantum chemistry and focus on the development of new tools to deal with complex chemical reaction networks.
  • Yu Wang
    Yu
    Master StudentInterests Yu is  interested in few-body physics. Currently, he is working on refinement of classical trajectory simulation of 3-body recombination processes.  His personal interest lies in reading and model building with preferred genres like science fiction and detective fiction.
  • Jesús Pérez Ríos
    JPR
    Assistant ProfessorInterests Fundamental atomic and molecular processes at the borderline of different disciplines like chemical physics,  physics beyond the standard model and condensed matter.