The fellowship provided a platform to share my work on pulsars and Fast Radio Bursts (FRBs) while immersing myself in the rigor of the Indian scientific community. My itinerary was a whirlwind tour of the country’s most significant radio astronomical hubs:
- Mumbai (Jan. 12-16): Technical sessions at the Tata Institute of Fundamental Research.
- Pune (Jan. 17-21): Visiting the National Center for Radio Astronomy in Pune.
- Bhopal (Jan. 22-25): Outreach and colloquia at IISER Bhopal and the Regional Science Center.
- Kanpur (Jan. 26-29): Mentorship and research discussions at IIT Kanpur.
- Delhi (Jan. 30-Feb. 2): High-profile public events at Delhi University, Ashoka University, and the Nehru Planetarium.
- Chennai (Feb. 3-5): Short visit to the Institute of Mathematical Sciences, Chennai.
Stepping into the streets of Mumbai on my first day, and for the rest of the visit, I was struck by a sense of unstoppable growth. India is a country in a state of transformation, and that energy is mirrored perfectly in its scientific community. Beyond the laboratories, the experience was defined by a pervasive spirit of optimism and exceptionally warm hospitality. Whether I was navigating the historic observatories of Jantar Mantar or enjoying local cuisine with colleagues, the cultural backdrop of the trip was as enriching as the scientific exchange. There is a unique vibrance to life there, a blend of deep tradition and a relentless drive toward the future, that makes it an exhilarating place to spend time as a researcher.
A cornerstone of the visit was a deep dive into the infrastructure of the Giant Metrewave Radio Telescope ( GMRT) near Pune. I spent a day in discussions with local engineers regarding the SPOTLIGHT multibeam array. These sessions centered on the computational challenges of real-time data rates and radio frequency interference mitigation. These topics are of vital importance to the GREENBURST experiment and other transient surveys led by WVU.
The engineering sophistication at the GMRT is world-class. Seeing their approach to real-time transient detection firsthand provides a vital perspective that will directly inform how we integrate international data into our own processing pipelines here in Morgantown.
Beyond the telescope arrays, the fellowship emphasized the human element of scientific advancement. I delivered thirteen lectures during my stay, ranging from standing-room-only public talks at planetariums in Mumbai and Delhi to technical colloquia for specialized research groups. The turnout and enthusiasm at these events was both humbling and amazing. The public’s appetite for science is truly palpable.
A particularly impactful aspect of the trip was the opportunity to interact with India’s next generation of physicists. Whether providing hands-on mentorship to PhD candidates at the National Centre for Radio Astrophysics ( NCRA) or working with students at IIT Delhi, I found a community defined by mathematical precision and intellectual curiosity. The student body is exceptionally mathematically inclined. Witnessing their rigorous pedagogical methods has prompted a re-evaluation of my own teaching strategies at WVU. I’m eager to incorporate some of these interactive problem-solving approaches into my own classes.
I am one of many faculty members in the Department of Physics and Astronomy who continues to expand our global footprint through opportunities like this one. Through these sustained networks, WVU remains at the forefront of global efforts, ensuring that the next great discoveries are truly international achievements. I look forward to returning to India in the near future.
