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Research policy, public funding decisions and the preprints that arrive before peer review.

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Updated · 2026-11-05 22:10 UTC38
Global trending keyword rankingSee the full ranking for all fieldsClose

The topics people around the world are reading most on Wikipedia right now, by field. Updated daily.

Global ranking: page views from every language edition of Wikipedia are added together, one day at a time. Top 5 in each field.

Wikipedia page views · Nov 5, 2026

  1. Superfluid helium-4923 views+739%
  2. Mars Orbiter Mission1.1K views+387%
  3. Swift boost mission767 views+341%
  4. K2-155d374 views+713%
Animal healthRising today
  1. Medetomidine1.7K views+1,066%New
  2. Mpox966 views+40%New
  3. Chikungunya1K views+35%
  4. Echinococcosis634 views+34%
Medicine & pharmaRising today
  1. Selective mutism12.4K views+1,438%New
  2. Opisthorchiasis2.4K views+1,978%New
  3. Milium1.3K views+628%New
  4. May–Thurner syndrome1.9K views+362%
  5. Chordoma973 views+402%
  1. Inosinic acid112 views+44%New
  2. Flavin mononucleotide104 views+53%New
  3. Orcein60 views+82%New
  4. ソテツ地獄63 views+31%
Cyber & data rulesRising today
  1. Noname057(16)859 views+399%
  2. Буткит141 views+1,914%New
  3. Anonymous (hacker group)3.1K views+36%New
  4. Computer virus1.4K views+31%New
  5. Spamouflage218 views+132%
Energy & climateRising today
  1. Kariba Dam598 views+286%New
  2. Amager Bakke750 views+233%
  3. Malampaya gas field278 views+827%New
  4. Grand Coulee Dam860 views+178%New
  5. Sakhalin-II365 views+335%New
Disclosures & M&ARising today
  1. Central Bank of Paraguay2.5K views+1,622%
  2. KNDS3.3K views+824%New
  3. Japan Tobacco4.7K views+705%New
  4. Crane Co.916 views+1,105%New

Members can see the top 30, weekly trends and a ranking for each language.

Ranked by Wikipedia page views from human readers. Page views show how much attention a topic is getting, not its importance or accuracy. Source: Wikimedia Foundation (CC0).

Today’s lead story

NASA unveils X-70 experimental aircraft

NASA unveiled the X-70 Fractal, a new crewed experimental aircraft designed to accelerate advanced aviation technology testing through modular design and rapid payload reconfiguration. The platform features a takeoff weight of 10,000 pounds and a cruise speed of Mach .75.

Science & technologyOfficial intelligenceNASAUS
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Science & technologyOfficial intelligenceNASAUS

NASA accelerates Artemis timeline to 2027-2028

NASA Administrator Jared Isaacman announced an accelerated timeline for the Artemis program, targeting the Artemis III test flight in 2027 and the Artemis IV Moon landing mission in 2028. The agency detailed progress on hardware development, including cost-effective in-house testing.

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Science & technologyOfficial intelligenceNASAUS

NASA Awards Ka-Band Satellite Relay Contracts

NASA awarded fixed-price contracts to Astranis, Global Enterprise Solutions, and Viasat to develop Ka-band space relay capabilities. This advances the SCaN program’s Communications Services Project for current missions.

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Pipeline & development

Work in progress: clinical trials, company disclosures, preprints and safety notices.

Science & technologybioRxiv (Pharmacology)

Spatial architecture of complex antibody formats dictates pharmacokinetics via FcRn-recycling

Complex antibody formats are advancing in the biotherapeutic landscape to address the need for multi-specificity, tailored valency, and novel mechanisms of action. However, understanding how non-canonical architectures impact fundamental pharmacokinetic pathways remains a critical challenge. While canonical IgGs experience steric hindrance at the endosomal membrane during FcRn engagement, whether

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Science & technologybioRxiv (Pharmacology)

Vorinostat Can Reduce an Ongoing Fibrosis and Preserve Key Liver Metabolic Functions by Selectively Altering Mesenchymal Cell Differentiation

Liver fibrosis is a major global cause of mortality that is driven by the activation of hepatic stellate cells (HSCs) into extracellular matrix (ECM)-producing myofibroblasts (MyoFs). The lack of predictive human in vitro models has severely hampered the discovery of targeted anti-fibrotic therapies. Here, we describe a human iPSC-derived hepatic micro-organoid (microHO) model, which labels collag

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Science & technologybioRxiv (Pharmacology)

Segmented regression to streamline semi-mechanistic pharmacodynamic modelling of antibiotic effects

Purpose Semi-mechanistic pharmacodynamic (PD) models quantify bacterial dynamics from time-kill (TK) assays, often showing multi-phasic kill and regrowth dynamics. Regrowth is typically captured with two subpopulations with distinct concentration-effect relationships. Since only total bacterial counts are observed, subpopulation dynamics must be inferred, causing identifiability issues, sensitivit

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