Bridging the quantum world and the digital one — from spectroscopes to cryptographic protocols.
I'm a Physics postgraduate (M.Sc. @ Nagaon University) sitting at the intersection of quantum computing, machine learning, and full-stack development. My work ranges from building production web applications for government councils to designing AI-powered spectroscopic instruments to researching quantum key distribution protocols.
- 🔐 Currently: Designing a low-cost BB84-inspired Optical Key Distribution system under real-world constraints
- ⚛️ Research Intern at Harish-Chandra Research Institute (HRI) under Prof. Aditi Sen De — Quantum Communication via Entanglement (2025)
- 📄 Published Author — ML-based honey adulteration detection via portable spectroscopy (Physics Frontiers, 2024)
- 🏛️ Previously: Web & Software Dev Intern at Karbi Anglong Autonomous Council (KAAC)
- 📍 Based in Nagaon, Assam, India
Designing and experimentally analysing a low-cost implementation of quantum key distribution inspired by the BB84 protocol, tested under real-world optical and environmental constraints.
- Photon polarization-based key exchange over free-space optical channels
- Analysing quantum bit error rates (QBER) and eavesdropping detection sensitivity under practical noise
- Goal: Affordable QKD hardware accessible outside high-end lab settings
- Stack: Python · Optical hardware · Statistical modelling
| Title | Venue | Year | Highlights |
|---|---|---|---|
| Detection of Honey Adulteration using Linear Regression Method | Physics Frontiers: Bridging Theories and Experiments, Vol. I (PF-2024) | 2024 | 78.64% accuracy · Portable spectrometer · AS7265X + Arduino · Linear Regression |
| Title | Event | Year |
|---|---|---|
| Development of Portable Spectrometer using Machine Learning Algorithm | ICFPAP-2024, USTM (Oral & Poster) | Feb–Mar 2024 |
| Topic | Institution | Period |
|---|---|---|
| Quantum Communication using Entanglement | Harish-Chandra Research Institute (HRI), under Prof. Aditi Sen De | Jul–Sep 2025 |
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Low-cost quantum cryptography system inspired by BB84, analysed under real-world noise and optical constraints for practical deployability.
[Ongoing research — repo coming soon] |
Portable spectrometer (AS7265X + Arduino UNO) detecting honey adulteration via Linear Regression — 78.64% accuracy. Published in PF-2024.
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Research at HRI on entanglement-based quantum communication protocols. Covers Bell state analysis, quantum channel modelling, and fidelity metrics.
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Full-stack cross-platform app (Desktop + Web) built for Karbi Anglong Autonomous Council to manage government interns end-to-end.
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"The universe is quantum. Let's compute it."