Research trend rank among all institutions, by papers, per year

Each point is this institution's position that year among all institutions, 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

• Oxide-Based Memory, Neuromorphic Computing and Low-Power Transistor Devices #82 of 5,982 institutions · 105 papers
• Silicon and III-V Semiconductor Devices for Photovoltaics and Optoelectronics #162 of 7,659 institutions · 95 papers
• Transition Metal Catalysis for Olefin Polymerization, Hydroformylation and Main-Group Bond Activation #178 of 5,396 institutions · 89 papers
• Solid Oxide Fuel Cells and Electrolysis for Power and Hydrogen Production #50 of 4,374 institutions · 88 papers
• Superconducting Materials, Quantum Magnets and High-Field Magnet Engineering #93 of 5,319 institutions · 85 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 TU Wien publishes. Institutions come from OpenAlex affiliations, rolled up to the parent organisation. Older papers often lack affiliations, so earlier years undercount.