Joyjit Kundu Email & Phone Number

Leuven, Flemish Region, Belgium

- Performance modelling and optimization of Machine learning (e.g., LLM inference, training) + HPC workloads- AI accelerated physics simulations- Molecular dynamics + ML for Drug Discovery

Hyderabad, Telangana, India

Durham, North Carolina

• Supported by Simons Collaboration on Cracking the Glass Problem.Advisor: Dr. Patrick Charbonneau, Dr. Ludovic BerthierAlthough amorphous materials such as grains, bubbles, foams, glasses are ubiquitous in nature, their.
• using numerical simulations to bridge the gap between the infinite dimensional limit and the physical dimensions.
• developed statistical mechanical models of glass forming liquid.
• developed Monte Carlo codes to simulate systems of polydisperse hard sphere fluids in different spatial dimensions.
• implemented the swap algorithm that has recently been very successful to simulate glassy systems.
• optimized various parameters (e.g. polydispersity, swap probability) to obtain the best performance in various spatial dimensions.

Berkeley, CA

• Supported by UC Berkeley’s Center for Gas Separations Relevant to Clean Energy Technologies, an Energy Frontier Research Center and The Soft Matter Electron Microscopy ProgramAdvisor: Dr. Stephen Whitelam, Dr. David.
• developed statistical mechanical models of gas uptake within porous media.
• collaborated with experimentalists to build coarse-grained simulation models.
• developed kinetic Monte Carlo codes to simulate the model systems.
• performed multi-scale simulations to parametrize the model and measured important thermodynamic and dynamic observables related to gas uptake.
• used tools of statistical physics to understand the physical properties.

Chennai Area, India

• Advisor: Dr. R. RajeshEntropy-driven phase transitions are interesting and counter-intuitive as they lead to increase in visible order with gain in entropy. Systems exhibiting entropy-driven transitions include.
• studied the phase transitions in systems of hard rectangles/rods on lattices.
• developed a new, efficient and highly parallelizable Monte Carlo algorithm with nonlocal moves.
• developed Monte Carlo codes to perform simulations for the model of hard rectangles of arbitrary size on lattices.
• developed GPU version of the code with CUDA C.
• adapted MPI and openMP versions of the code.

Chennai Area, India

• Advisor: Prof. Prasanta Kumar Tripathy
• worked on developments in Cosmology.
• studied Hořava–Lifshitz gravity.

Indore Area, India

• Advisor: Dr. Manoranjan P. SinghCoherent Population Trapping (CPT) is a phenomenon occurring due to the coherent effect of atom-field interaction. If the atoms are prepared in coherent superposition states, it is.
• studied light-atom interaction for various atomic systems.
• examined Coherent Population Trapping (CPT) and Electromagnetically Induced Transparency (EIT) for multi-level systems.
• used semi classical approach where the atoms are treated quantum mechanically and the field is treated classically.
• derived various aspects of CPT and EIT to understand enhancement of refractive index with low absorption, pulse storage and information processing, propagation of pulse without distortion, and lasing without inversion.

Education record

Education record

Doctor Of Philosophy - Phd, Theoretical And Mathematical Physics

Master'S Degree, Physical Sciences, Ranked 4Th In The Class.

Bachelor'S Degree, Physical Sciences

Education record