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Mathematical Community Establishes MathHelm for Discussion of AI-Generated Papers

Mathematical Community Establishes MathHelm for Discussion of AI-Generated Papers

The mathematical community has launched MathHelm, a new platform designed for discussing AI-generated mathematical papers. This initiative comes after OpenAI released 722 mathematical manuscripts generated by an internal AI model on October 6, 2026, claiming significant results across various research areas. Many of these papers were not human-verified, and some lacked companion lean-verification. The MathHelm Scientific Committee, including Xinyi Yuan (Peking University), Yi Ni (California Institute of Technology), and others, founded the forum to provide a centralized space for mathematicians to share comments, ask questions, and collaborate on understanding these massive AI-generated works. The platform operates on the principle that while mathematicians are not obligated to check AI-generated papers, any observations made can be valuable to the broader community, even small comments regarding proof methods or references.

Scientific Community Mandates Disclosure of AI Tool Usage in Research Submissions

Scientific Community Mandates Disclosure of AI Tool Usage in Research Submissions

The scientific community is implementing new guidelines requiring authors to declare the use of generative AI and AI-assisted technologies in scientific writing upon submission of papers. This mandatory disclosure aims to ensure transparency regarding the role of AI tools, such as ChatGPT, GPT-4, and Grammarly, in the research and writing process. Authors must specify the name(s) of the AI tool(s) used, the purpose(s) for their application (e.g., language refinement, grammar checks, data analysis, image generation), and the extent of AI involvement in the manuscript. This declaration should be placed in a new section before the references list, or in the acknowledgements or methods section, depending on the AI's specific use. For instance, if AI was used for data analysis, it should be noted in the methods section. This initiative reflects a growing recognition of AI's capabilities in academic work and the need for clear ethical standards.

John R. Shook's 'Pragmatism' Book Copyright Information Available

John R. Shook's 'Pragmatism' Book Copyright Information Available

John R. Shook's book titled 'Pragmatism' has its copyright information accessible through Google Books. The details indicate that the pages displayed are by permission of MIT Press. This information is part of the book's publication data, typically found at the beginning of a published work. While the full content of the book is not available as an eBook through this specific Google Books link, options are provided to find the print version via Amazon.com or by searching in a library. The listing also includes standard navigation for screen reader users, offering an accessible mode with essential features.

Cleveland Museum of Art to Host 52nd Annual Symposium on 'Wear: Indexing the Human Body'

Cleveland Museum of Art to Host 52nd Annual Symposium on 'Wear: Indexing the Human Body'

Cleveland Museum of Art to Host 52nd Annual Symposium on 'Wear: Indexing the Human Body'

How Theodore Richards Became the First American Chemistry Nobel Laureate

How Theodore Richards Became the First American Chemistry Nobel Laureate

Theodore William Richards, a distinguished American physical chemist and the first American Nobel laureate in Chemistry, led a life that uniquely b...

ICFO Researchers Discover Chromium's Role in Stabilizing Ruthenium for Water Electrolysis

ICFO Researchers Discover Chromium's Role in Stabilizing Ruthenium for Water Electrolysis

Researchers at ICFO, in collaboration with institutions including the University of Bayreuth and the Catalan Institute of Nanoscience and Nanotechnology (ICN2), have identified chromium as a key element in stabilizing ruthenium for efficient water electrolysis. Ruthenium is commonly used in single-atom catalysts to accelerate the process of splitting water to produce green hydrogen. However, ruthenium on its own tends to over-oxidize and dissolve during operation, limiting its effectiveness. The study, published in Nature Materials, highlights that chromium acts as a stabilizing partner, preventing ruthenium from degrading. This discovery is crucial for improving the durability and performance of catalysts used in green hydrogen production, a vital component of future sustainable energy systems. The research team, led by ICFO professor F. Pelayo García de Arquer, included Tengyu Chen, Dr. Kaiwen Wang, Dr. Lu Xia, Dr. Wulyu Jiang, Dr. Linlin Yang, Dr. Kaiqi Zhao, Ranit Ram, Dr. Junmei Chen, Dr. Marinos Dimi...

Gerda Henkel Foundation Allocates 10.9 Million Euros for 115 Research Projects, Including 'Prospect Utopia' Initiative

Gerda Henkel Foundation Allocates 10.9 Million Euros for 115 Research Projects, Including 'Prospect Utopia' Initiative

The Gerda Henkel Foundation has approved a total of 10.9 million Euros in grants for 115 research projects. This includes 2.5 million Euros for 50 projects under its special 'Prospect Utopia' program, launched to commemorate its 50th anniversary. These 'Prospect Utopia' projects, selected from 659 submissions, will explore notions of the future, both historical and contemporary, with individual grants up to 50,000 Euros. Topics range from the role of mushrooms as models for sustainability to retro-cultures in the age of AI and Antarctica as a model for international cooperation. Additionally, 8.4 million Euros have been allocated for 65 other research projects across various fields supported by the Foundation, including archaeology, historical humanities, and social sciences. The Foundation also announced the appointment of Prof. Marian Füssel to its Academic Advisory Council.

CASRAI Details Penn State Worry Questionnaire Scoring and Interpretation for Research Use

CASRAI Details Penn State Worry Questionnaire Scoring and Interpretation for Research Use

CASRAI has published a comprehensive guide on the scoring, interpretation, and research use of the Penn State Worry Questionnaire (PSWQ). The PSWQ is a 16-item self-report measure designed to assess an individual's tendency to worry, with responses typically ranging from 1 to 5. The guide clarifies the scoring formula, which involves reversing specific items (1, 3, 8, 10, and 11) before summing all sixteen scored items to produce a total score between 16 and 80. It emphasizes the importance of identifying the exact instrument version and study population when interpreting scores, as abbreviated questionnaires, cohort-specific coding, and past-week adaptations have different ranges and scoring conventions. The document also provides a worked example of a complete PSWQ score calculation and discusses common scoring mistakes, such as double reversal and mixing different versions of the questionnaire. It highlights the need for researchers to retain original responses separately from derived variables and to e...

Scholarly Publishers Implement Guidelines for Responsible AI Usage in Peer Review Process

Scholarly Publishers Implement Guidelines for Responsible AI Usage in Peer Review Process

Scholarly publishing organizations are increasingly implementing guidelines for the responsible use of Artificial Intelligence (AI) in the peer review process. The Annals of Cardiothoracic Surgery, for instance, has updated its guidelines for reviewers, emphasizing the confidential nature of unpublished manuscripts and prohibiting their upload to AI tools that cannot guarantee confidentiality. Reviewers who utilize AI-assisted tools are now required to fully disclose this to the editor, detailing the 'Why, When, Where, What, and How' of their AI usage. This includes the reason for using AI, the timing of its application, specific comments formulated with AI assistance, the name and version of the AI tool, and the process used to ensure privacy and validate AI output. This initiative aims to address the ethical and governance challenges introduced by AI in scholarly publishing while improving efficiency.

Wilkes University Names Four Inaugural SOAR Center Faculty Fellows to Boost Research Capacity

Wilkes University Names Four Inaugural SOAR Center Faculty Fellows to Boost Research Capacity

Wilkes University's Synergistic Opportunities for Academic Research (SOAR) Center has appointed four inaugural faculty fellows for the 2026-2027 academic year. The SOAR Center, established in 2025 through a National Science Foundation (NSF) Enabling Partnerships to Increase Innovation Capacity (EPIIC) grant (Award #: 2519880), aims to enhance the university's research capabilities, expand strategic partnerships with industry and community organizations, and increase opportunities for externally funded research and innovation. The selected fellows are Professor David R. Carey (Computer Science), Professor Mohsen Ghamari (Mechanical Engineering), Professor Asif Abdullah Khan (Electrical Engineering), and Professor Jeffrey A. Stratford (Biology and Earth System Sciences). These faculty members were chosen by independent external reviewers based on their intellectual merit, alignment with the SOAR mission, potential for partnerships, and ability to secure grants.

Academic Libraries Invited to Participate in Research on Book Approval Plan Success Metrics

Academic Libraries Invited to Participate in Research on Book Approval Plan Success Metrics

Academic libraries are invited to participate in a research study titled 'Defining Success Metrics for Book Approval Plans in Academic Libraries.' The study aims to investigate how these institutions define and measure the effectiveness of their book approval plans. The research will focus on identifying the specific metrics and criteria academic libraries use to evaluate the performance of these plans. Furthermore, it seeks to compare how definitions of success may vary across different types of institutions and among librarians in various roles. A key objective is to examine how academic libraries prioritize competing factors such as cost-effectiveness, material usage, operational efficiency, and bibliodiversity in their assessment of approval plans. The survey, which is part of this study, is expected to take 5-10 minutes to complete and will remain open until December 18, 2026.

NIH Reorganizes Clinical Trial Funding by Trial Type, Shifting from Disease-Specific NOFOs

NIH Reorganizes Clinical Trial Funding by Trial Type, Shifting from Disease-Specific NOFOs

The National Institutes of Health (NIH) is implementing a significant reorganization of its clinical trial funding process. Historically, individual NIH institutes developed their own Notices of Funding Opportunity (NOFOs) with unique instructions and review criteria for various diseases and research areas. The new approach, announced on November 10, involves creating a suite of five cross-institute NOFOs, each organized by trial type: feasibility, early to definitive, multisite, pragmatic and implementation, and network trials. This means that a feasibility trial, regardless of whether it focuses on heart disease or neurology, will now follow the same NOFO. Institutes will communicate their research priorities through profile pages, strategic plans, and 'Highlighted Topics' instead of relying on disease-specific NOFOs. This change is part of a broader effort by NIH to consolidate funding mechanisms, following similar reclassifications and a reduction in active NOFOs from over 800 in early 2025 to fewer th...