About Me
A quick snapshot, optimized for the web.
What I work on
I build models and datasets that connect observations to solar-cycle physics: surface flux transport (AFT/SFT), active-region emergence, and full-Sun magnetic reconstructions.
How I work
- Build robust, reproducible data pipelines for solar archives.
- Validate models with multi-observatory comparisons and uncertainty checks.
- Design ML-ready products for analysis and forecasting workflows.
Publications are live & searchable
JSON-backed list with year filter, search, and links.
Research Experience
- Historical reconstruction of solar surface magnetism using SARG + AFT.
- Cross-calibration of magnetograms and ML-ready data products.
- AFT/SFT modeling; far-side active region integration and validation.
- Comparisons to synoptic maps and polar field diagnostics.
- ML workflows and rapid prototyping for heliophysics applications.
- Long-term solar variability; observational and modeling studies.
Education
Degrees & thesis
PhD (Physics)
Indian Institute of Astrophysics (IIA), Bangalore • Pondicherry University
M.Sc. (Hons) Physics
Hindu College, University of Delhi • 2014 – 2016
B.Sc. (Hons) Physics
Dyal Singh College, University of Delhi • 2011 – 2014
Research
Themes & directions
Current directions
- Reconstruction of solar surface magnetism (Cycles 1–24).
- Full-Sun magnetic maps with far-side information integration.
- Polar field evolution and reversal timing.
Methods
My Skills
Talks
Selected talks and presentations
- Integrating Far-Side Active Regions into AFT — Seminar (Year)
- Polar Field Reversal Timing — Conference (Year)
Service
Community contributions
- Journal reviewer (as applicable).
- Workshops, sessions, mentoring (as applicable).
- Open-source/data products (as applicable).