fairdataihub/poster-sentry-training-data huggingface dataset:
NEWSLETTER March 2020 - First Issue Risk Reduction For Building Energy Efficiency Investment www.eenvest.eu /eenvest @eenvest_eu With the aim of de-risking investments in the field of energy efficiency in buildings, EEnvest will develop a comprehensive technical-financial due-diligence mechanism to provide investors with reliable information on financing opportunities in the building renovation sector, therefore promoting the injection of equity capital of existing buildings. EEnvest will build bridges between technical and financial communities through the creation of a web-based search and match platform connecting building owners, designers and potential transaction financers, as well as private investors. The quality and security of the data shared through the platform will be guaranteed by a blockchain-based data exchange validation system. Investing in EEB: how to deal with risk? INSIDE Investing in energy efficiency in buildings - 1 Interview with EURAC - 2 Demo case buildings - 4 Activities - 5 Consortium - 5
Poster STI 2022 Conference Proceedings Proceedings of the 26th International Conference on Science and Technology Indicators All papers published in this conference proceedings have been peer reviewed through a peer review process administered by the proceedings Editors. Reviews were conducted by expert referees to the professional and scientific standards expected of a conference proceedings. Proceeding Editors Nicolas Robinson-Garcia Daniel Torres-Salinas Wenceslao Arroyo-Machado Citation: Boyack, K. W., Klavans, R., & Smith, C. (2022). Raising the bar for bibliometric analysis. In N. Robinson-Garcia, D. Torres-Salinas, & W. Arroyo-Machado (Eds.), 26th International Conference on Science and Technology Indicators, STI 2022 (sti22143). https://doi.org/10.5281/zenodo.6975632 Copyright: © 2022 the authors, © 2022 Faculty of Communication and Documentation, University of Granada, Spain. This is an open access article distributed under the terms of the Creative Commons Attribution License. Collection: https://zenodo.org/communities/sti2022grx/
Colección de ESMOS 1 Infografía ¿Cómo se hacen las nanopartículas? Mariana Castillo-Hernández iD, Lilia Sánchez-Minutti* iD Laboratorio de Procesos Biotecnológicos, Universidad Politécnica de Tlaxcala, Tlaxcala, México. *Email: lilia.sanchez@uptlax.edu.mx 26 de febrero de 2024 DOI: http://doi.org/10.5281/zenodo.10710020 Editado por: Alma Rosa Netzahuatl-Muñoz (Programa Académico de Ingeniería en Biotecnología, Universidad Politécnica de Tlaxcala). Revisado por: Patricia Rodríguez-Cuamatzi (Programa Académico de Ingeniería Química, Universidad Politécnica de Tlaxcala). Colección de ESMOS Resumen La nanotecnología es una ciencia multidisciplinaria que estudia la creación y construcción de nanomateriales. Las nanopartículas son materiales formados por átomos o moléculas enlazados entre sí y que presentan en al menos una de sus dimensiones un tamaño entre 0.1- 100 nm [1]. Se clasifican en inorgánicas, orgánicas, cerámicas y bionanopartículas y de acuerdo a sus dimensiones los nanomateriales se clasifican en de una, dos o tres dimensiones [2]. Algunos ejemplos son los
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Theory and Phenomenology of BSM Dark Mesons Lingfeng Li (Brown U.) 2110.10691 w/ H-C. Cheng and E. Salvioni 1803.03561 w/ H-C. Cheng, E. Salvioni and C. Verhaaren 1905.03772 w/ H-C. Cheng, E. Salvioni and C. Verhaaren Introduction IrreIevant portal: the suppressed coupling with the SM is introduced by a heavy scale (~TeV is a good conjecture) Comprehensively easy, well- motivated, rich phenomenology. Hidden Valley: Weakly interacting with SM and strongly self-coupled (dark hadrons). Long-lived particle (LLP) is a natural outcome of suppressed interactions. The displaced decays of dark hadrons give striking collider signals Dark QCD makes dark hadrons experience dark showers and form jet-like structures (a.k.a. “emerging jets”)
Exploring the effects of scalar Non Standard Interactions at DUNE and T2HK Abinash Medhi,𝑎,∗Debajyoti Dutta𝑏and Moon Moon Devi𝑎 𝑎Department of Physics, Tezpur University, Napaam, Sonitpur, Assam-784028, India 𝑏Department of Physics, Assam Don Bosco University, Kamarkuchi, Sonapur, Assam-782402, India E-mail: amedhi@tezu.ernet.in, debajyoti.dutta@dbuniversity.ac.in, devimm@tezu.ernet.in Abstract: The discovery of the phenomena of neutrino oscillation was the first clear evidence of physics beyond the Standard Model (SM). It requires as extension of the SM to explain the masses and mixing of neutrinos. The models explaining beyond SM (BSM) physics naturally comes with some additional unknown interactions of neutrinos which are beyond the scope of SM, often called as Non Standard Interactions (NSIs). Wolfenstein was the first to propose the idea of NSI where he explored how neutrino coupling with a vector field can give rise to matter effect in neutrino oscillations. Apart from that, there is also a possibility of neutrinos coupling with a scalar field called scalar NSI. Instead of appearing as a matter potential, scalar NSI appears as a medium dependent correction to the mass matrix, which may offer unique phenomenology in neutrino oscillations. In this work, we have studied the effects of scalar NSI at two proposed flagship Long Baseline Experiments - DUNE and T2HK. As the effect of scalar NSI scales linearly with the matter density, it can feel the matter density variations which makes LBL experiments one of the best candidate to probe it. We have seen that the effect of scalar NSI on the oscillation probabilities of DUNE and T2HK is significant. Moreover, scalar NSI can significantly effect the CP violation sensitivity as well as 23 octant sensitivity of these LBL experiments. Finally, we have also done a combined sensitivity of these experiments towards finding the effects of scalar NSI. In addition, as the scalar NSI affects the neutrino mass term probing it to various neutrino mass models is quite interesting and promising. Keywords: Neutrino Oscillations, Non Standard Interactions, Beyond Standard Model. Presented at the 30th International Symposium on Lepton Photon Interactions at High Energies, hosted by the University of Manchester, 10-14 January 2022. ∗Speaker
Message from the coordinator MASTRO Newsletter Issue 1: March 2019 We are happy to introduce you to the first newsletter of MASTRO, a European collaborative effort to develop nano-enabled bulk materials for the transportation sector. These novel materials will present self-responsive properties and will improve safety, sustainability, and comfort in transportation. MASTRO is a 3.5 year project funded by the European Commission under the Horizon 2020 scheme that kicked off on December, 2017. This issue is providing an overview of the project objectives, its structure, the scientific efforts during the first year of operation, and our partner’s communication and dissemination activities. Welcome and enjoy! Dr. Silvia Hernandez Rueda This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Grant Agreement No. 760940. The material presented and views expressed here are the responsibility of the author(s) only. The EC takes no responsibility for any use made of the information set out. Project indicators 17 Partners 6 Countries 10 Companies 7 RTDs 43 Deliverables 42 Months
project@induce2020.eu circe@fcirce.es INDUCE offers you an open access platform (after registration) with training material, online lessons, guidelines Fundación Circe Parque Empresarial Dinamiza, Avenue Ranillas, Building 3D, 1st Floor, 50018 Zaragoza (Spain) project@induce2020.eu +34976976859 This project has received funding from the European Union’s Horizon 2020 Coordination & Research and Innovation Action under Grant Agreement No 785047. circe@fcirce.es
Panoramic NIR surveys of the first generation of galaxies with Nancy Roman Space Telescope, Subaru/ULTIMATE and G REX A. K. Inoue (Waseda), T. Kodama (Tohoku), Y. Koyama (Subaru) To securely select very high-z Lyman break galaxies at z>10, photometry at wavelengths longer than 2 micron is essentially important. However, Nancy Grace Roman Space Telescope (NGRST) will be limited up to 2 micron. Subaru/ULTIMATE, a future wide field near infrared imager with GLAO, can perform a sufficiently wide and deep K band imaging survey in a part of the high latitude survey by NGRST in late 2020s. The K band data will provide ~10/deg^2 z>12 objects, including non-zero z>14 objects, in an optimistic case. We recall that Subaru Telescope secured 100 nights of observing time for NGRST Subaru 'synergistic' observations in the middle late 2020s supplying deep and wide K band imaging data coordinated with NGRST deep fields can be an excellent use of this NGRST Subaru synergistic program. We also have a plan of a new space based wide field imager focusing on the wavelengths longer than 2 micron, called G REX, in 2030s. G-REX will detect many galaxies at z>15, dropping out in NGRST filters. 2020/10/5-9 Galaxy Formation & Evolution in the Era of the Nancy Grace Roman Space Telescope 1
Colección de ESMOS 1 Infografía ¿Lucha de bacterias? Estephanie Elizabeth Luna-Pérez* iD Estudiante de Posgrado en Ciencias (Microbiología), Centro de Investigaciones en Ciencias Microbiológicas, Instituto de Ciencias, Benemérita Universidad Autónoma de Puebla, Puebla, México. *Email: fannyluunnaa@gmail.com 25 de abril de 2023 DOI: http://doi.org/10.5281/zenodo.7869024 Editado por: Jesús Muñoz-Rojas (Instituto de Ciencias, Benemérita Universidad Autónoma de Puebla). Revisado por: Yolanda Elizabeth Morales-García (Facultad de Ciencias Biológicas, Benemérita Universidad Autónoma de Puebla). Colección de ESMOS Resumen Las bacterias compiten constantemente contra otros microorganismos principalmente por nutrientes en los diversos ambientes que habitan, es por ello que han desarrollado mecanismos que les confieren ventajas en su comunidad microbiana [1]. Uno de estos mecanismos es la antibiosis, la cual se basa en la síntesis de compuestos antimicrobianos que impiden el crecimiento de otros microrganismos que representan una amenaza para la sobrevivencia de la bacteria productora de estas sustancias [2].
Prescribed Antibiotics? Public Health Infographic Vanessa Hanson References Acharya, K. P., & Subedi, D. (2020). Use of social media as a tool to reduce antibiotic usage: a neglected approach to combat antimicrobial resistance in low and middle income countries. Frontiers in Public Health, 8, 1-2. Ashiru-Oredope, D., & Hopkins, S. (2015). Antimicrobial resistance: Moving from professional engagement to public action. Journal of Antimicrobial Chemotherapy, 70(11), 2927– 2930. Clarke, A. E. (2010). From the rise of medicine to biomedicalization: U.S. healthscapes and iconography, circa 1980-present. In Adele E. Clarke, Laura Mamo, Jennifer Ruth Fosket, Jennifer R. Fishman, and Janet K. Shim (Eds.), Biomedicalization: Technoscience, health and illness in the U.S. (pp. 104-146). Duke University Press. Clarke, A. E., Shim, K., Mamo, L. Fosket, J.R., & Fishman, J. (2010). Biomedicalizaton: Technoscientific transformations of health illness and U.S. medicine. In Adele E. Clarke, Laura Mamo, Jennifer Ruth Fosket, Jennifer R. Fishman, and Janet K. Shim. (Eds.), Biomedicalization: Technoscience, health, and illness in the U.S. (pp. 47-87). Duke University Press. Council of Canadian Academies (2019). When antibiotics fail. The Expert Panel on the Potential Socio-Economic Impacts of Antimicrobial Resistance in Canada. Crosby, M., von den Baumen, T. R., Chu, C., Gomes, T., Schwartz, K. L., & Tadrous, M. (2022). Interprovincial variation in antibiotic use in Canada, 2019: A retrospective cross- sectional study. Canadian Medical Association Open Access Journal, 10(1), E262–E268.
【予稿集】 公開査読(OPR)を実施しているプラットフォームの Web 調査 井野詩織*, 高久雅生** *筑波大学 情報学群 知識情報・図書館学類 **筑波大学 図書館情報メディア系 *s2113594@u.tsukuba.ac.jp **masao@slis.tsukuba.ac.jp 著者のアイデンティティへの言及や、過度な査読期間の超過といった研究倫理問題などの背景から、 解決手段の１つとして公開査読（Open Peer Review:OPR ）の注目が集まっている。しかし F1000Research などといった OPR を実施しているプラットフォームの特徴や実態は明らかにされてい ない。したがって、本調査では、今後の OPR 研究の一助となることを目的として、国内外の OPR を 実施しているプラットフォームの Web 調査を実施した。そして、その調査結果をもとに OPR を実施 しているプラットフォームの実態を明らかにする。 Web survey on Open Peer Review platforms Shiori INO*, Masao TAKAKU** * College of Knowledge and Library Sciences, University of Tsukuba ** Institute of Library, Media and Information Science, University of Tsukuba 1. はじめに 近年、オープンサイエンスの潮流より、公開 査読(OPR)という査読モデルに注目が集まってい る。 OPR に明確な定義は存在せず、広範にわたる 定義をレビューしたロス=ヘラーは、OPR につい て“査読者や著者を公開すること、査読レポート を公開すること、査読プロセスへの参加機会を 拡大することなど、オープンサイエンスの目的 に沿って査読モデルを適応させるための、いく つかの重複した方法を表す包括的な用語であ る”[1]と述べている。 佐藤は、ロス=ヘラーと国際STM 出版社協会 (STM)がそれぞれ作成した公開査読に関する用語 集に共通する要素として、下記の5 点を挙げてい る[2]。 1：アイデンティティの公開 2：査読レポート等の公開 3：オープンなやり取り 4：査読前原稿の公開 5：最終版へのコメント機能 しかし、いずれも明確な定義ではないため、 公開査読研究をする上で、雑誌やプラットフォ ームが公開査読をどのように定義づけているか は確認する必要がある。 以上のように、公開査読というオープンサイ エンスの潮流の一つが注目を集めているが、こ のような研究成果の公開手段が消滅することへ の懸念がある。西岡はOA ジャーナルの消滅につ いて“OA ジャーナルの最後の刊行年からウェブ からの消滅までの期間は，約3 分の1 が1 年以 内，約4 分の3 が5 年以内である。” [3]と述べて おり、消滅したジャーナルやプラットフォーム に掲載されていた論文は読めなくなる可能性が 高い。 そこで、本研究ではOPR プラットフォームに ついて、収録数や分野、言語といった基礎的な 項目に加え、OPR プロセスから各プラットフォ ームにおけるOPR の考え方や定義、OPR プラッ トフォームの永続性についても調査を行う。 2. 方法 本調査では、OPR プラットフォームについて の文献調査とWeb 調査を実施した。本研究にお けるOPR のプラットフォームの定義は、“OPR を査読モデルとして採用しており、かつ投稿さ れた研究成果へのオープンアクセスが可能であ る出版プラットフォーム”とする。そのため、運 営元が出版社であった場合でも、OPR を実施す るための独立したプラットフォームであれば調 査対象とした。 文献調査では、OPR に関連する用語、および 関係するプラットフォーム名称で検索した。 Web 調査では、すでに多くの文献で触れられ ているプラットフォーム以外は、文献調査の過 程で発見したプラットフォーム[4]を参考として調 査した。調査項目は下記の6 点である。調査期間 は2023 年6 月14 日~2023 年6 月19 日である。 1：収録数 収録している論文数 2：分野 投稿対象とする分野 3：言語 投稿内容の言語
Global River Width and Inundation Database from Sentinel-1 SAR Satellites C. Gangodagamage, F. Meyer, F. Policelli, J. Kennedy, S. Lamont, and K. Hogenson Hydrologic Science Laboratory, NASA Goddard Space Flight Center Earth System Science Interdisciplinary Center (ESSIC), University of Maryland, MD Alaska SAR Facility Center, University of Alaska, Fairbanks, AK One Concern, Menlo Park, CA Earth Sciences Division – Hydrosphere, Biosphere, and Geophysics
STRIKE-HBV Study. Version 4.0. October 2022. STR KE-HBV Stratification for Treatment using Risk factors and bIomarkers in Kenyan Adults - HBV QUESTIONNAIRE Study Name: STRIKE-HBV Introduction: Thank you for agreeing to participate in our study to investigate liver disease in Kilifi. These questions will help us understand how common liver disease is in Kilifi, and what the main causes are. In the long term, this will help us make better assessments using simple tools (like blood tests) and will help provide better care for people who need it. The answers you provide will be stored anonymously and will not affect your current or future care. Section 1: Identification details ID number: STRIKE-HBV - ___________________ (please insert ID number) Date of questionnaire completion (DD / MM / YY) _________________ Section 2: Personal information Sex at birth M / F Age Section 3: History of liver disease • Have you ever had jaundice (turning yellow)? Yes / No • If yes, please specify when (circle one option): Within the past one year Within the past 5 years Within the past 10 years More than 10 years ago Section 4: Liver disease in your family • Has anyone in your family died of liver disease, or suspected liver disease (including turning yellow, swollen tummy)? Yes / No. If yes, please specify relationship to you _______________________ (e.g. mother, uncle, brother etc) • Do you know of any members of your family who have hepatitis virus infection (Hepatitis B virus or Hepatitis C virus)? Yes / No If yes, please specify relationship to you _______________________ (e.g. mother, uncle, brother etc) Section 5: Risk factors for liver disease • Do you currently take medicine for any reason (prescribed by a clinic)? Yes / No If yes, please specify the medicine, or what it is for:
Boletim 001 Setembro, 2020 Esta iniciativa do Ministério de Ciência, Tecnologia e Inovação do Governo Federal via o Conselho Nacional de Pesquisas – CNPq está centrada no estudos dos campos rupestres da Serra do Espinhaço. Comemoramos com você a Nova Newsletter que trará informes dos desenvolvimentos mais recentes do Programa de Pesquisas Ecológicas de Longa Duração nos Campos Rupestre e Serra do Cipó (PELD-CRSC). Warming Uma Newsletter do PELD – CRSC 1. Homenagear o brilhante cientista dinamarquês, pai da Ecologia Vegetal, Eugen Warming; 2. Refletir sobre o período de intenso aquecimento (warming, em inglês), sem precedentes na história da humanidade! Essa iniciativa do sítio do PELD-CRSC tem como objetivos: https://doi.org/10.6084/m9.figshare.14099258.v2
Poster STI 2022 Conference Proceedings Proceedings of the 26th International Conference on Science and Technology Indicators All papers published in this conference proceedings have been peer reviewed through a peer review process administered by the proceedings Editors. Reviews were conducted by expert referees to the professional and scientific standards expected of a conference proceedings. Proceeding Editors Nicolas Robinson-Garcia Daniel Torres-Salinas Wenceslao Arroyo-Machado Citation: Dong, H.-R., & Huang, M.-H. (2022). Effect of Collaboration on Patent Maintenance Length. In N. Robinson-Garcia, D. Torres-Salinas, & W. Arroyo-Machado (Eds.), 26th International Conference on Science and Technology Indicators, STI 2022 (sti2277). https://doi.org/10.5281/zenodo.6974674 Copyright: © 2022 the authors, © 2022 Faculty of Communication and Documentation, University of Granada, Spain. This is an open access article distributed under the terms of the Creative Commons Attribution License. Collection: https://zenodo.org/communities/sti2022grx/
Revisiting and updating chemical categorizations using chemical fingerprint and high-throughput screening data Kellie A. Fay1, Kamel Mansouri2, John Prindiville3, Grace Y. Patlewicz4, Mark Lewis5, Ann Richard4, Mahmoud Shobair4, Ellery Saluck6, Daniel T. Chang4 1USEPA OCSPP/OPPT, Washington, DC, USA. 2NIEHS NTP, Durham, NC, USA. 3Environment and Climate Change Canada, Ottawa, ON, Canada. 4USEPA ORD/CCTE, Durham, NC, USA. 5Health Canada, Ottawa, ON, Canada. 6Student Intern, USEPA OCSPP/OPPT, Washington, DC, USA BACKGROUND & OBJECTIVES • Traditional approaches to chemical categorization are based on accumulated data and past decisional precedents. • Many new chemicals across various regulatory jurisdictions cannot be categorized using existing in silico models and methods. • How do we incorporate new approach methodologies (NAMs) and cheminformatic approaches to assist in identifying new chemical categories (or classes), and to create more robust models at predicting chemical toxicity? • Primary focus of this work: Identification of narcotic (N) and specific-acting (S) chemicals for aquatic (fish) toxicity using a consensus Mode-of-Action (cMOA) classification dataset. APPROACH • Classify narcotic and specific-acting mechanisms for a set of ~7000 ToxCast chemicals based on a consensus Mode-of-Action (cMOA) methodology4 developed by Kienzler et al., 2019. • Use classified cMOA data to develop predictive models based on ToxPrint (TxP) chemotypes. • Identify and use targeted dichotomized NAM bioassays hit calls to improve characterization and comparisons with existing Envirotox database aquatic toxicity data. RESULTS • Development of a robust N/S classification model for aquatic toxicity. • Known limitations regarding unclassified cMOA chemicals were identified. • Chemotype enrichment suggests targeted use of NAM information – suggested use of specific assay data. SUMMARY/IMPACTS • Increase the available chemical space of EnviroTox w/ cMOA classifications. • Develop a robust N/S classification structural ToxPrint based model. • Identify challenges in unclassified cMOA chemicals – i.e., metal & metalloids, as well as amino acids and polydentate ligands . • Using chemotype enrichments to identify potential bioassays with bioactivity to provide support of NAM data in category development. For more information, contact: Daniel T Chang, (chang.daniel@epa.gov) This work does not reflect EPA policy. Acknowledgments: ILS (contractor support) and Kristan Markey (USEPA) Abstract 309