If you dive into the citations listed under his name, two distinct categories emerge:
With the global push toward and solid-state flow control (no moving surfaces), Roy’s older work on plasma-based systems has suddenly become prophetic. Google Scholar’s “cited by” feature shows a sharp uptick in the last two years from researchers in urban air mobility (UAM) and morphing aircraft. A paper he published in 2011—largely ignored for half a decade—is now required reading in labs from Toulouse to Tokyo. subrata roy google scholar
On Google Scholar, this work appears not as a standard business biography, but often indexed through various citations and references in studies regarding: If you dive into the citations listed under
But the trends are more telling. His work is cited heavily in three distinct communities: aerospace engineering, applied physics, and renewable energy. Few scholars command such cross-domain attention. Look at his co-authors—names from NASA, ONERA, top Indian institutes, and European labs. That network, visible through Google Scholar’s “co-authors” graph, reveals a researcher who collaborates without ego, often mentoring young scientists into first-authorship. On Google Scholar, this work appears not as
Subrata Roy did not follow the typical path of a scholar. He did not spend years in university labs publishing peer-reviewed journals. Instead, his entry into the academic world was self-curated. A search for "Subrata Roy Sahara" or "Subrata Roy India" on Google Scholar reveals a specific genre of work: the "vanity publication" or the corporate manifesto disguised as literature.
Some of the notable publications by Subrata Roy on Google Scholar include: