PlasmaExplorer - A parallel processing desktop-web app
Ever wondered how magnetic fields sculpt the dance of charged particles in fusion devices? ⚡️ Tokamak or ⚡️ Stellarator? The choice is yours! Adjust the \(B\), \(k\)-fold & \(twist\) to morph between exotic configurations, or modify the \(core \) values to explore code parallelization in action.
Skills: Research Plasma Physics Python Flask Supercomputing(HPC) Version Control: Git
Optimizing GPU Data Transfers for Monte Carlo Simulations in Healthcare
Addressing the Bottleneck for CPU-GPU Data Transfers in Monte Carlo Simulations of Radiation Therapy Planning, this project uses CUDA Unified Memory in combination with batching techniques in order to reduce transfer latency and enhance runtime efficiency. Utilizing Python, C++, and NVIDIA Nsight Systems, it shows better scalability and performance in support of advanced GPU-accelerated healthcare simulations.
Skills: Python C++ CUDA NVIDIA NSight Supercomputing(HPC) Docker Version Control: Git
Secure API Implementation for Robust EHR Management in Cloud-Based Healthcare Systems
This project develops a secure cloud-based Electronic Health Record (EHR) system, implementing key API security measures like input validation, rate limiting, and role-based access control. Built on AWS, Node.js, and PostgreSQL, it provides robust data handling and aligns with healthcare regulations to protect patient information. Future plans include integrating machine learning for anomaly detection and OAuth 2.0 for enhanced user authentication, aiming to advance security and accessibility in digital healthcare.
Skills: Node.js React.js PostgreSQL JWT (Authentication) AWS Terraform Docker Version Control: Git Data Security (HIPAA)
Study of equilibrium properties of Aditya-U Tokamak and DIII-D Tokamak
A python based interface is written, to initially read the EFIT file from Aditya-U, and visualize the limiter boundaries, last closed magnetic flux surface. Magnetic Flux surfaces are generated using Euler-Method of integration which is eventually used for simulation grids construction on top of the flux surface contours in a chosen poloidal plane.
Skills: Particle-In-Cell(PIC) Plasma Physics Research Supercomputing(HPC) Python Fortran LaTeX GitHub Version Control: Git Overleaf
Molecular Dynamics Simulation of a coarse-grained linear polymer chain model under varying conditions; and estimation of the θ-solvent of the model
Polymers are collections of monomers, each made up of atoms and molecules, displaying complex properties when in a solvent. A key property is when a polymer behaves like an ideal chain, leading to the concept of a θ-solvent, where simulations of coarse-grained linear polymer chains help estimate this behavior under various conditions.
Skills: LAMMPS Physics Research Python MATLAB LaTeX Version Control: Git Overleaf
Review on the dynamics and coil-globule phase transition of single-stranded polymers in two dimensions
Research on polymers, which began in the 19th century, underscores their significance in daily materials. Understanding polymer dynamics is essential due to its extensive applications in science and technology. This study explores both theoretical and experimental perspectives, focusing on Brownian motion, ideal chain dynamics, and temperature-induced coil-globule transitions. The final chapter provides a summary of the key findings.
Skills: Physics Research Fortran LaTeX Version Control: Git
A Conformal Treatment of Minkowski and Schwarzschild Spacetime
A brief introduction to physical spacetimes such as Minkowski and Schwarzschild is presented initially. This is followed by a conformal mapping of these spacetimes to explore their asymptotic properties. Lastly, the resulting compact structure from the mapping is discussed. Figure on left taken from Penrose R. General Relativity and Gravitation, 03 2011
Skills: General Relativity Physics Research LaTeX Overleaf
Larmor’s Formula and its Application to cyclotron emission
Larmor's approach to the relationship between moving charged particles and the radiation they emit is introduced. The derivation of Larmor's formula using electromagnetic potential is presented. Finally, the application of Larmor's principle to the concept of cyclotron and its scientific and industrial implications is discussed.
Skills: Electromagnetic Theory Physics Research
