Department of Chemistry, Massachusetts Institute of Technology · Institute of Oceanography, University of California, San Diego

Radar chart profiling Department of Chemistry, Massachusetts Institute of Technology and Institute of Oceanography, University of California, San Diego on output, citations, h-index, impact, reach and breadth — A profile, not a scoreboard: further out means more of that measure, never better. Each axis is scaled to the larger of the two on a log scale.

Output	Department of Chemistry, Massachusetts Institute of Technology	Institute of Oceanography, University of California, San Diego	Larger
Indexed articlesDocuments attributed to the organisation.	13,533	387	Department of Chemistry, Massachusetts Institute of Technology
CitationsCitations those documents have received.	1,115,652	28,565	Department of Chemistry, Massachusetts Institute of Technology
Articles in 2-star journalsOutput placed in the second tier of journals.	5,433	92	Department of Chemistry, Massachusetts Institute of Technology
Articles in 3-star journalsOutput placed in the top tier of journals.	284	16	Department of Chemistry, Massachusetts Institute of Technology

Reach	Department of Chemistry, Massachusetts Institute of Technology	Institute of Oceanography, University of California, San Diego	Larger
Peer-reviewed h-indexDepth of the cited record rather than its recent average.	352	73	Department of Chemistry, Massachusetts Institute of Technology
h-index (all documents)The same across every indexed document, not only peer-reviewed ones.	395	79	Department of Chemistry, Massachusetts Institute of Technology
2-year impactCitations in the last two years per citable item.	—	—	—
Score C tierWhere the prestige-weighted citation ratio places it among all organisations of its type. Tier 1 is the top 5%.	1	2	Institute of Oceanography, University of California, San Diego

Spread of the work	Department of Chemistry, Massachusetts Institute of Technology	Institute of Oceanography, University of California, San Diego	Larger
Journals citing the workHow widely the output is picked up, counted in distinct journals.	11,085	3,532	Department of Chemistry, Massachusetts Institute of Technology
Disciplines citing the workHow far outside its own subjects the output travels.	132	114	Department of Chemistry, Massachusetts Institute of Technology
Journals published inDistinct journals the organisation has appeared in.	3,105	600	Department of Chemistry, Massachusetts Institute of Technology
Disciplines published inHow broad the research programme is.	186	126	Department of Chemistry, Massachusetts Institute of Technology
Open-access shareShare of articles under an open licence, among those whose licence could be read.	31.4%	62.8%	Institute of Oceanography, University of California, San Diego

How the work is cited over time	Department of Chemistry, Massachusetts Institute of Technology	Institute of Oceanography, University of California, San Diego	Larger
Self-citation rateCitations whose citing paper comes from the same organisation.	4.9%	0.3%	Department of Chemistry, Massachusetts Institute of Technology
Citation half-lifeYears over which half of an article's citations arrive. A longer half-life means work that keeps being read.	32.15	11.44	Department of Chemistry, Massachusetts Institute of Technology
Immediacy indexHow quickly citations start arriving after publication.	1.36	0.60	Department of Chemistry, Massachusetts Institute of Technology

This describes the indexed record of each school and nothing else. The two are very often of different sizes, and most of the measures above grow with size, so a larger figure means a larger organisation before it means anything else. Nothing here ranks one against the other. Full detail: Department of Chemistry, Massachusetts Institute of Technology · Institute of Oceanography, University of California, San Diego · compare a different pair.

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What this page is

This is a description, not a ranking. Two schools are put side by side so the differences between them are visible — how much they publish, how widely it is cited, how far it travels and how it ages. No measure here is presented as better than another, and no overall verdict is drawn, because there is no single question a school comparison answers the way "where should this paper go" is answered for journals.

Reading the chart

The chart summarises six of the measures below. It is a profile, not a scoreboard: further out means more of that thing, never better.

Output — indexed articles attributed to the organisation.
Citations — citations those articles have received.
Depth — the peer-reviewed h-index, which describes the depth of the cited record rather than its recent average.
Impact — the 2-year impact: citations in the last two years per citable item. This is the one axis that does not simply grow with size.
Reach — how many distinct journals cite the work, i.e. how widely it is picked up.
Breadth — how many distinct disciplines the organisation publishes in.

Each axis is scaled to the larger of the two on a log scale. Four of the six grow with size, so a large organisation beside a small one will look larger on most of them — that is the difference in scale being shown, not a difference in quality.

Comparable schools

Department of Chemistry, Massachusetts Institute of Technology vs Institute of Oceanography, University of California, San Diego