The enhanced fact file
Not a scorecard. A dossier that tells a university leader exactly where the strengths, the risks and the fundable opportunities are, every figure sourced from the open research record.
The one-screen strategic read
The first thing a leader needs is not more data, it is a verdict. Three strengths to lead with, three challenges to manage, three opportunities to act on, each drawn straight from the network below.
Scholarly weight
Collaboration only counts if the work lands. This is the citation weight of everything produced with partners, the substance under the network.
Visualisation 1
Seven pillars, each shown as a global percentile. The dashed ring marks the top-decile benchmark; anything inside it is a genuine, defensible strength.
University of Science and Technology of China is strongest on influence (98th percentile), sustained (89th) and reach (87th). Its brokerage diagnostic shows 407 of 429 partners (95%) are non-redundant, a genuine bridge between communities rather than a wide publisher.
The pillar to watch is International (32nd percentile), the softest of the six and the clearest place to build.
Source: the open global research record, co-authored works 2021–2025, fractional countingThe anatomy of your standing
Six pillars, each weighted, combine into one standing index. Nothing is hidden: this is the entire calculation, in a single bar.
Brokerage is reported alongside as a diagnostic, not folded into the score, so a university cannot inflate its standing simply by publishing widely. It measures whether you connect communities that would otherwise stay apart.
Visualisation 2
Each subject placed on a log scale of world rank (1 to 1,195). The further left, the more globally central. Gold marks a top-50 standout, blue a solid position.
University of Science and Technology of China's strongest connected fields are Chemical Engineering #20, Energy #31, Materials Science #40. The portfolio leans on physical sciences & engineering; Social Sciences, at world #557 in the deep-dive below, is the clear at-risk area, exactly the gap this chart surfaces.
Source: subject-level indices, 26 fields, minimum 50-university gateDiscipline deep-dive
The same network split into its four broad domains, each with its world rank for connected research and the five partners it leans on most. This is the view a dean or pro-vice-chancellor acts on.
Visualisation 3
Every anchor partner plotted by collaboration volume against the citation impact of the joint work. The prize quadrant is top-right: high volume and high impact. The bottom-right is the trap: a lot of output, little impact.
Tsinghua University returns the highest impact of the set (FWCI 5.5): a consortium waiting to happen. Anhui University, by contrast, is a sizeable partner returning FWCI 2.4: worth asking what that volume is buying.
| Partner | Joint works | FWCI | Yield |
|---|---|---|---|
| 🇨🇳 Shanghai Jiao Tong University | 8,472 | 3.1 | Standard |
| 🇨🇳 Zhejiang University | 8,150 | 3.1 | Standard |
| 🇨🇳 Fudan University | 8,123 | 3.1 | Standard |
| 🇨🇳 Nanjing University | 7,833 | 3.1 | Standard |
| 🇨🇳 University of Chinese Academy of Sciences | 4,360 | 3.3 | Standard |
| 🇨🇳 Anhui University | 3,234 | 2.4 | Low yield |
| 🇨🇳 Hefei University of Technology | 2,972 | 3.0 | Standard |
| 🇨🇳 Anhui Medical University | 2,500 | 2.2 | Low yield |
| 🇨🇳 Peking University | 2,490 | 3.7 | Standard |
| 🇨🇳 Tsinghua University | 2,301 | 5.5 | High yield |
Visualisation 4
The network spans 78 countries and 1,121 universities, but the top two carry about 89% of the volume. That concentration is where the resilience question lives, and the Middle East white-space (0 of the region's 2 leading collaborators) is the clearest gap to close.
Visualisation 6
Not a generic wish-list. Globally central universities you are not yet deeply partnered with, each with the reason it matters and the specific programme that would fund the collaboration.
Monash University is top-215 globally in Physical Sciences. You have no joint publications yet, and it is a natural, fundable bridge in Energy.
Funding route: an NSFC / JSPS / A*STAR bilateral programme, or the Human Frontier Science Program
University of Edinburgh is top-218 globally in Physical Sciences. You have no joint publications yet, and it is a natural, fundable bridge in Energy.
Funding route: an NSFC / JSPS / A*STAR bilateral programme, or the Human Frontier Science Program
King's College London is top-581 globally in Physical Sciences. You have no joint publications yet, and it is a natural, fundable bridge in Energy.
Funding route: an NSFC / JSPS / A*STAR bilateral programme, or the Human Frontier Science Program
The University of Queensland is top-199 globally in Physical Sciences. You have no joint publications yet, and it is a natural, fundable bridge in Energy.
Funding route: an NSFC / JSPS / A*STAR bilateral programme, or the Human Frontier Science Program
The research base
A partnership does not plug into a name, it plugs into a base: the affiliated hospitals, presses, institutes and archives, and the research themes where the joint work concentrates.
Context
The named peer group your fact file compares you to, pillar by pillar and subject by subject.
The most-cited work produced with partners, each verifiable.
From insight to action
The dossier ends where a strategy meeting begins: three moves, sequenced, each pointing back to a specific finding above.
Adopt Monash University and a Middle East hub as formal partnership targets; brief the relevant deans with the joint white-space evidence.
Scope the specific programme for each target, and turn the Tsinghua University tie into a consortium concept in Physical Sciences & Engineering.
Address the international gap and the social sciences weakness; set a diversification target for the long tail; and secure an editorial feature in the reputation-survey window.
Subject Award spotlight
We have identified the partnerships below as candidates for the Subject Awards, for a significant contribution to connected research. Each is anchored to a real, cited joint paper, with the lead author taken from that paper's own authorship record.
Sulfur vacancy-rich MoS2 as a catalyst for the hydrogenation of CO2 to methanol
Their most-cited joint work, on catalysts for methane reforming, has been cited 717 times and anchors a 95-paper partnership in chemical engineering.
See the Chemical Engineering candidates →Your fact file
Everything above is the open view. The full partner fact file goes further: every ranked subject and subfield, the complete partner ledger with yield, your named academics and their signature work, the funder-by-funder route map for each target, and this same dossier on up to ten named peers.
Free to claim and verify your data. No obligation. Your ranking is unaffected by partnership, and always will be.
Exclusive to partners
Every partnership includes the full intelligence on your named competitive set, their strengths, their funders, their white-space, so you can see exactly where you lead and where to close the gap. Two peers with Recognition, five with Partnership, up to ten with Flagship.
Partnership also places your research as editorial features in the Research Network Report, our newsletter to a verified global academic audience, timed to the reputation-survey season. Every send comes with a full performance report: opens, clicks and geography, benchmarked against the edition.
Submit your data and we will build and review your enhanced fact file with you, then show exactly how a partnership turns it into advantage, before the index goes public on 15 September 2026.
Request a partnership conversation →