Precision Spectroscopy · Exoplanets · Active Optics · Feedback Control · Scientific Simulation

• MSc Astrophysics with Advanced Research, University of Hertfordshire, United Kingdom
• B.Tech Electronics & Communication Engineering, University of Engineering & Management (UEM), India
• Research focus: exoplanet detection, spectroscopy and precision astronomical instrumentation
• Building research software that connects physics, simulation, data provenance, visualisation and instrument control

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A visual snapshot of selected research, simulation and interactive astronomy projects. The animated panels below are profile-level visual summaries; detailed methods, data, caveats and reproducibility material remain in the linked repositories.

Finding Earth 2.0 in Distant Worlds Archive-driven exoplanet screening, habitable-zone analysis, uncertainty propagation and evidence-aware candidate assessment. Repository · Interactive observatory	PID Loop Lab Interactive control-system simulation with live P/I/D tuning, deterministic plant models, response metrics and explainable controller behaviour. Repository · Live lab
NASADIYA-LIGHTCONE A visual and computational exploration of cosmic time, large-scale structure and observational perspective across an evolving lightcone. Repository	EXOhSPEC — Instrumentation & Control Methods Public-safe overview of spectrograph instrumentation, sensing, feedback architecture and stabilisation methods. Main experimental performance results are intentionally not summarised on this profile. Methods repository

_{Visuals are animated SVG simulation/explainer panels designed for this profile. Numerical claims are kept tied to the corresponding project documentation.}

• Developing closed-loop architecture combining thermal control and active optics
• Using interferometric sensing, PID/feedback logic and image-registration methods for drift monitoring
• Studying how environmental variables couple into precision instrumentation
• Building real-time monitoring workflows with Grafana and InfluxDB
• Developing web-based instrument control and analysis tools with HTML, CSS and JavaScript
• This profile intentionally keeps EXOhSPEC at the methods and system-architecture level rather than reproducing the main experimental results

• Exoplanet detection using transit light curves and radial velocity
• Brown-dwarf atmospheric modelling for objects near 1100 K
• Halo T-dwarf candidate identification using VISTA, DES and WISE
• Pulsar detection and analysis using large FITS datasets

• LUMI SPACE — Satellite Laser Ranging analysis
• University of Hertfordshire — Brown-dwarf discovery project
• Raman Research Institute — Radio interferometry
• IIT Kharagpur — Embedded systems and drone calibration

• Springer — Visible Light Communication using Raspberry Pi
• IEEE — Priority encoder in Quantum-dot Cellular Automata
• IEMECON — Smart IoT waste-management system

Building an astrophysics and instrumentation portfolio that connects:

• Physics and observational science
• Reproducible scientific computing
• Interactive visualisation and simulation
• Real experimental control systems
• Open, inspectable research software

⭐ Explore the repositories below for the complete research, code, simulations and documentation.

See RESEARCH_QUALITY.md for the validation layer, reference anchors, equations and research boundaries added to this repository.