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#sciencepolicy — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #sciencepolicy, aggregated by home.social.

  1. Can a national research ranking claim to reward the "most productive researchers" while capping the value of additional scientific output?

    I looked closely at the formula behind Ukraine's new government-funded ranking. My conclusion: it optimizes for something quite different. Full explanation on LinkedIn 👇

    linkedin.com/posts/nazarovets_

    #ResearchEvaluation #ResearchAssessment #SciencePolicy #OpenScience #CoARA #DORA

  2. Can a national research ranking claim to reward the "most productive researchers" while capping the value of additional scientific output?

    I looked closely at the formula behind Ukraine's new government-funded ranking. My conclusion: it optimizes for something quite different. Full explanation on LinkedIn 👇

    linkedin.com/posts/nazarovets_

    #ResearchEvaluation #ResearchAssessment #SciencePolicy #OpenScience #CoARA #DORA

  3. Can a national research ranking claim to reward the "most productive researchers" while capping the value of additional scientific output?

    I looked closely at the formula behind Ukraine's new government-funded ranking. My conclusion: it optimizes for something quite different. Full explanation on LinkedIn 👇

    linkedin.com/posts/nazarovets_

    #ResearchEvaluation #ResearchAssessment #SciencePolicy #OpenScience #CoARA #DORA

  4. Can a national research ranking claim to reward the "most productive researchers" while capping the value of additional scientific output?

    I looked closely at the formula behind Ukraine's new government-funded ranking. My conclusion: it optimizes for something quite different. Full explanation on LinkedIn 👇

    linkedin.com/posts/nazarovets_

    #ResearchEvaluation #ResearchAssessment #SciencePolicy #OpenScience #CoARA #DORA

  5. Can a national research ranking claim to reward the "most productive researchers" while capping the value of additional scientific output?

    I looked closely at the formula behind Ukraine's new government-funded ranking. My conclusion: it optimizes for something quite different. Full explanation on LinkedIn 👇

    linkedin.com/posts/nazarovets_

    #ResearchEvaluation #ResearchAssessment #SciencePolicy #OpenScience #CoARA #DORA

  6. How should physics weigh its own impact?

    A new editorial argues that research choices must include environmental costs, not just scientific gains.

    🔗 doi.org/10.1038/s42254-026-009

    #Physics #Sustainability #Research #Climate #SciencePolicy

  7. How should physics weigh its own impact?

    A new editorial argues that research choices must include environmental costs, not just scientific gains.

    🔗 doi.org/10.1038/s42254-026-009

    #Physics #Sustainability #Research #Climate #SciencePolicy

  8. How should physics weigh its own impact?

    A new editorial argues that research choices must include environmental costs, not just scientific gains.

    🔗 doi.org/10.1038/s42254-026-009

    #Physics #Sustainability #Research #Climate #SciencePolicy

  9. How should physics weigh its own impact?

    A new editorial argues that research choices must include environmental costs, not just scientific gains.

    🔗 doi.org/10.1038/s42254-026-009

    #Physics #Sustainability #Research #Climate #SciencePolicy

  10. How should physics weigh its own impact?

    A new editorial argues that research choices must include environmental costs, not just scientific gains.

    🔗 doi.org/10.1038/s42254-026-009

    #Physics #Sustainability #Research #Climate #SciencePolicy

  11. Moves toward “digital sovereignty” in Europe are reshaping research workflows: some institutions restrict non-European AI tools while funding bodies push for resilient, open-source data infrastructures.

    🔗 nature.com/articles/d41586-026

    #DigitalSovereignty #ResearchInfrastructure #OpenSource #SciencePolicy #DataGovernance

  12. Moves toward “digital sovereignty” in Europe are reshaping research workflows: some institutions restrict non-European AI tools while funding bodies push for resilient, open-source data infrastructures.

    🔗 nature.com/articles/d41586-026

    #DigitalSovereignty #ResearchInfrastructure #OpenSource #SciencePolicy #DataGovernance

  13. Dual-use research, linking civilian and security applications, is cited more often than purely civilian science, according to a large-scale analysis of US patents and publications.

    🔗 doi.org/10.1038/d41586-026-017

    #sciencepolicy #research #innovation #dualuse #bibliometrics

  14. Dual-use research, linking civilian and security applications, is cited more often than purely civilian science, according to a large-scale analysis of US patents and publications.

    🔗 doi.org/10.1038/d41586-026-017

    #sciencepolicy #research #innovation #dualuse #bibliometrics

  15. Dual-use research, linking civilian and security applications, is cited more often than purely civilian science, according to a large-scale analysis of US patents and publications.

    🔗 doi.org/10.1038/d41586-026-017

    #sciencepolicy #research #innovation #dualuse #bibliometrics

  16. Dual-use research, linking civilian and security applications, is cited more often than purely civilian science, according to a large-scale analysis of US patents and publications.

    🔗 doi.org/10.1038/d41586-026-017

    #sciencepolicy #research #innovation #dualuse #bibliometrics

  17. Dual-use research, linking civilian and security applications, is cited more often than purely civilian science, according to a large-scale analysis of US patents and publications.

    🔗 doi.org/10.1038/d41586-026-017

    #sciencepolicy #research #innovation #dualuse #bibliometrics

  18. Academic hiring often asks for recommendation letters at the very start of an application.

    This commentary argues that the practice may discourage qualified candidates and shrink the scientific talent pool before evaluation even begins.

    🔗 nature.com/articles/d41586-026

    #ResearchCommunity #SciencePolicy #AcademicHiring #PostdocLife #ResearchCareers

  19. Indian academia faces shrinking research funding, faculty shortages, administrative burdens, and concerns over academic freedom. Stronger institutions need investment, autonomy, and merit-based opportunities to foster innovation. nature.com/articles/d41586-024 #IndianAcademia #HigherEducation #Research #SciencePolicy

  20. Indian academia faces shrinking research funding, faculty shortages, administrative burdens, and concerns over academic freedom. Stronger institutions need investment, autonomy, and merit-based opportunities to foster innovation. nature.com/articles/d41586-024 #IndianAcademia #HigherEducation #Research #SciencePolicy

  21. Indian academia faces shrinking research funding, faculty shortages, administrative burdens, and concerns over academic freedom. Stronger institutions need investment, autonomy, and merit-based opportunities to foster innovation. nature.com/articles/d41586-024 #IndianAcademia #HigherEducation #Research #SciencePolicy

  22. Indian academia faces shrinking research funding, faculty shortages, administrative burdens, and concerns over academic freedom. Stronger institutions need investment, autonomy, and merit-based opportunities to foster innovation. nature.com/articles/d41586-024 #IndianAcademia #HigherEducation #Research #SciencePolicy

  23. Indian academia faces shrinking research funding, faculty shortages, administrative burdens, and concerns over academic freedom. Stronger institutions need investment, autonomy, and merit-based opportunities to foster innovation. nature.com/articles/d41586-024 #IndianAcademia #HigherEducation #Research #SciencePolicy

  24. Some research repositories are moving toward API-based access to balance openness with protection against automated scraping and misuse.

    🔗 nature.com/articles/d41586-026

    #OpenAccess #APIs #SciencePolicy #DataSecurity #AIResearch

  25. As AI makes writing grant proposals easier, funding agencies may face a surge in applications.

    A correspondence in Nature highlights a simple question: how can review systems remain effective when proposal numbers keep rising?

    🔗 nature.com/articles/d41586-026

    #SciencePolicy #ResearchFunding #ArtificialIntelligence #PeerReview #Academia

  26. As AI makes writing grant proposals easier, funding agencies may face a surge in applications.

    A correspondence in Nature highlights a simple question: how can review systems remain effective when proposal numbers keep rising?

    🔗 nature.com/articles/d41586-026

    #SciencePolicy #ResearchFunding #ArtificialIntelligence #PeerReview #Academia

  27. As AI makes writing grant proposals easier, funding agencies may face a surge in applications.

    A correspondence in Nature highlights a simple question: how can review systems remain effective when proposal numbers keep rising?

    🔗 nature.com/articles/d41586-026

    #SciencePolicy #ResearchFunding #ArtificialIntelligence #PeerReview #Academia

  28. As AI makes writing grant proposals easier, funding agencies may face a surge in applications.

    A correspondence in Nature highlights a simple question: how can review systems remain effective when proposal numbers keep rising?

    🔗 nature.com/articles/d41586-026

    #SciencePolicy #ResearchFunding #ArtificialIntelligence #PeerReview #Academia

  29. As AI makes writing grant proposals easier, funding agencies may face a surge in applications.

    A correspondence in Nature highlights a simple question: how can review systems remain effective when proposal numbers keep rising?

    🔗 nature.com/articles/d41586-026

    #SciencePolicy #ResearchFunding #ArtificialIntelligence #PeerReview #Academia

  30. Europe is stepping up its effort to attract top researchers with new long-term grants worth up to €7 million per project.

    Beyond funding, the initiative highlights a growing focus on academic freedom and scientific ambition in a changing global research landscape.

    🔗 science.org/content/article/ho

    #Research #SciencePolicy #AcademicFreedom #ERC #europe

  31. Europe is stepping up its effort to attract top researchers with new long-term grants worth up to €7 million per project.

    Beyond funding, the initiative highlights a growing focus on academic freedom and scientific ambition in a changing global research landscape.

    🔗 science.org/content/article/ho

    #Research #SciencePolicy #AcademicFreedom #ERC #europe

  32. Europe is stepping up its effort to attract top researchers with new long-term grants worth up to €7 million per project.

    Beyond funding, the initiative highlights a growing focus on academic freedom and scientific ambition in a changing global research landscape.

    🔗 science.org/content/article/ho

    #Research #SciencePolicy #AcademicFreedom #ERC #europe

  33. Europe is stepping up its effort to attract top researchers with new long-term grants worth up to €7 million per project.

    Beyond funding, the initiative highlights a growing focus on academic freedom and scientific ambition in a changing global research landscape.

    🔗 science.org/content/article/ho

    #Research #SciencePolicy #AcademicFreedom #ERC #europe

  34. Europe is stepping up its effort to attract top researchers with new long-term grants worth up to €7 million per project.

    Beyond funding, the initiative highlights a growing focus on academic freedom and scientific ambition in a changing global research landscape.

    🔗 science.org/content/article/ho

    #Research #SciencePolicy #AcademicFreedom #ERC #europe

  35. Nature's latest feature argues that the EU is trying to turn the current turmoil in US science into a historic opportunity:

    👉 doi.org/10.1038/d41586-026-019

    A few striking facts:

    • Europe publishes more research papers than the US.

    • Horizon Europe could grow to €175–200 billion.

    • Nearly 45% of EU research output involves international collaboration.

    • Countries from Canada to Japan and Australia are joining parts of Horizon Europe.

    #SciencePolicy #HorizonEurope #ResearchFunding #OpenScience

  36. Nature's latest feature argues that the EU is trying to turn the current turmoil in US science into a historic opportunity:

    👉 doi.org/10.1038/d41586-026-019

    A few striking facts:

    • Europe publishes more research papers than the US.

    • Horizon Europe could grow to €175–200 billion.

    • Nearly 45% of EU research output involves international collaboration.

    • Countries from Canada to Japan and Australia are joining parts of Horizon Europe.

    #SciencePolicy #HorizonEurope #ResearchFunding #OpenScience

  37. Nature's latest feature argues that the EU is trying to turn the current turmoil in US science into a historic opportunity:

    👉 doi.org/10.1038/d41586-026-019

    A few striking facts:

    • Europe publishes more research papers than the US.

    • Horizon Europe could grow to €175–200 billion.

    • Nearly 45% of EU research output involves international collaboration.

    • Countries from Canada to Japan and Australia are joining parts of Horizon Europe.

    #SciencePolicy #HorizonEurope #ResearchFunding #OpenScience

  38. Nature's latest feature argues that the EU is trying to turn the current turmoil in US science into a historic opportunity:

    👉 doi.org/10.1038/d41586-026-019

    A few striking facts:

    • Europe publishes more research papers than the US.

    • Horizon Europe could grow to €175–200 billion.

    • Nearly 45% of EU research output involves international collaboration.

    • Countries from Canada to Japan and Australia are joining parts of Horizon Europe.

    #SciencePolicy #HorizonEurope #ResearchFunding #OpenScience

  39. Nature's latest feature argues that the EU is trying to turn the current turmoil in US science into a historic opportunity:

    👉 doi.org/10.1038/d41586-026-019

    A few striking facts:

    • Europe publishes more research papers than the US.

    • Horizon Europe could grow to €175–200 billion.

    • Nearly 45% of EU research output involves international collaboration.

    • Countries from Canada to Japan and Australia are joining parts of Horizon Europe.

    #SciencePolicy #HorizonEurope #ResearchFunding #OpenScience

  40. From lab results to the creation of a company: the path is possible but complex.

    This article explores the barriers and opportunities shaping researchers’ move toward entrepreneurship.

    🔗 theconversation.com/pourquoi-l

    #research #innovation #entrepreneurship #academia #sciencepolicy

  41. From lab results to the creation of a company: the path is possible but complex.

    This article explores the barriers and opportunities shaping researchers’ move toward entrepreneurship.

    🔗 theconversation.com/pourquoi-l

    #research #innovation #entrepreneurship #academia #sciencepolicy

  42. From lab results to the creation of a company: the path is possible but complex.

    This article explores the barriers and opportunities shaping researchers’ move toward entrepreneurship.

    🔗 theconversation.com/pourquoi-l

    #research #innovation #entrepreneurship #academia #sciencepolicy

  43. From lab results to the creation of a company: the path is possible but complex.

    This article explores the barriers and opportunities shaping researchers’ move toward entrepreneurship.

    🔗 theconversation.com/pourquoi-l

    #research #innovation #entrepreneurship #academia #sciencepolicy

  44. From lab results to the creation of a company: the path is possible but complex.

    This article explores the barriers and opportunities shaping researchers’ move toward entrepreneurship.

    🔗 theconversation.com/pourquoi-l

    #research #innovation #entrepreneurship #academia #sciencepolicy

  45. My latest article has been published in Research Integrity and Peer Review. The paper examines how scientific misconduct, questionable research practices, research climate, and supervision are studied across disciplines & research systems.

    :doi: doi.org/10.1186/s41073-026-002

    One key takeaway: research integrity risks are shaped not only by individual behaviour, but also by research environments, supervision, evaluation systems.

    #ResearchIntegrity #AcademicIntegrity #MetaResearch #SciencePolicy

  46. My latest article has been published in Research Integrity and Peer Review. The paper examines how scientific misconduct, questionable research practices, research climate, and supervision are studied across disciplines & research systems.

    :doi: doi.org/10.1186/s41073-026-002

    One key takeaway: research integrity risks are shaped not only by individual behaviour, but also by research environments, supervision, evaluation systems.

    #ResearchIntegrity #AcademicIntegrity #MetaResearch #SciencePolicy