Doctoral researcher at the UGC-DAE Consortium for Scientific Research (Mumbai Centre).
Specializing in Condensed Matter Physics, Magnetoelectric Coupling, and Scientific Automation.
This repository hosts the source code for my Academic Portfolio. It serves as a central hub for my research outputs, including software publications, experimental datasets, and hardware control protocols.
- Research Focus: Synthesis of multiferroic composites, low-temperature characterization, and development of open-source instrumentation tools.
- Collaboration: Open to inquiries regarding automation frameworks and materials collaborations. Contact: prathameshnium[at]duck[dot]com.
Primary languages and tools utilized for experimental control, data analysis, and simulation.
A selection of developed tools for laboratory automation and physics simulations.
| Project | Status / Description | Stack |
|---|---|---|
| PICA Automation Suite | Open Source (v1.0.3) Published in Journal of Open Source Software (2025). A modular PyVISA framework for high-precision transport measurements (IV, RT, C-f). |
Python PyVISA Multiprocessing |
| Physics Simulation Toolkit | Active Simulation scripts for condensed matter phenomena, including Ising model magnetic ordering and dielectric relaxation models. |
NumPy SciPy Jupyter |
| Solid State Calculators | Utility Analysis tools for extracting experimental parameters: Activation Energy (Arrhenius), Mott-VRH hopping transport, and Curie-Weiss fits. |
Pandas Matplotlib |
| Python for OriginPro | Automation Scripts leveraging the originpro library to automate plotting pipelines and report generation within OriginLab. |
Python OriginLab |
| Ketron Archive | Archive Knowledge base of experimental scripts, snippets, and legacy code for specific physics instrumentation. |
Python LaTeX |
Profile updated automatically. Last sync: 2026.