Research facility MX

National Institute of Astrophysics, Optics and Electronics

Papers we track 901
Since 1980
Most active in Fiber Lasers, Photonic Crystals, and Optical Sensing

Research trend rank among all institutions in North America, by papers, per year

lower coverage before 2010 #1 #1,115 #2,229 2000 2010 2020 1992: #1,092 of 3,022 1994: #643 of 3,198 1996: #490 of 3,265 1997: #2,229 of 3,372 1998: #496 of 3,327 1999: #421 of 3,422 2000: #461 of 3,173 2001: #421 of 3,261 2002: #404 of 3,340 2003: #348 of 3,443 2004: #365 of 3,554 2005: #251 of 3,442 2006: #354 of 3,531 2007: #254 of 3,722 2008: #233 of 3,810 2009: #353 of 4,142 2010: #349 of 4,174 2011: #291 of 3,979 2012: #266 of 4,347 2013: #283 of 4,774 2014: #334 of 5,149 2015: #372 of 5,707 2016: #328 of 5,875 2017: #338 of 4,749 2018: #326 of 4,234 2019: #348 of 4,330 2020: #462 of 8,763 2021: #452 of 8,659 2022: #440 of 8,355 2023: #465 of 8,469 2024: #403 of 8,485 2025: #358 of 9,258 2026: #466 of 6,259 — year in progress

Each point is this institution's position that year among all institutions in North America, by papers, with credit split across co-authoring institutions. #1 is at the top. Hover a point for the figures. The hollow point is the year in progress.

Where it works most top research communities, by papers

Check communities to show the trend above for them only. Positions are by fractional papers across all years. A community page ranks its institutions by citation-weighted credit, so its order can differ.

Covers the materials and chemistry research Elements Live tracks, not everything National Institute of Astrophysics, Optics and Electronics publishes. Institutions come from OpenAlex affiliations, rolled up to the parent organisation. Older papers often lack affiliations, so earlier years undercount.