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1 – 10 of 22Danielle Mihram and G. Arthur Mihram
The 2013 meeting's theme, The Beauty and Benefits of Science, aimed at highlighting the rich and complicated connections between basic and applied research, and, just as…
Abstract
Purpose
The 2013 meeting's theme, The Beauty and Benefits of Science, aimed at highlighting the rich and complicated connections between basic and applied research, and, just as importantly, providing examples of case studies where the “pull” of environmental or societal problems drives fundamentally new basic research. This article aims to focus on symposia that highlighted the “pull” of social media in the communications in science and how the reach of fundamental computing research has affected the daily lives. This report will be of interest to librarians, information specialists, scientists and social scientists, and policy makers.
Design/methodology/approach
This report includes selected presentations and discussions (as well as direct internet links to presentations) within one of the 14 symposium tracks: communications and public programs. In many cases the authors provide additional references to further document the scope of the presenters' work and research.
Findings
The symposium offered an array of the most recent and innovative approaches in the way science is conducted and communicated in a digital world. Two themes centered on the following questions: “In a constantly changing online landscape, what is the best way for scientists and engineers to engage the public through social media?” and, “What new tools do we have to engage the public and to assess the impact of science communication?”
Originality/value
This is an important topic that touches on the way science is conducted and communicated in a digital world.
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Keywords
DANIELLE MIHRAM and G. ARTHUR MIHRAM
Accepting the proposition that computerized models are capable of addressing the complex, systemic problems which confound us, one is led to enquire whether an “International…
Abstract
Accepting the proposition that computerized models are capable of addressing the complex, systemic problems which confound us, one is led to enquire whether an “International Library for Systemic Scientists” is needed, where could be housed retrievable recordings of any systemic scientist's computerized models. With such an archive, the credibility of each recorded model could be challenged and/or established via techniques which have classically been applied in the linguistic scrutiny and in the natural confirmation of printed scientific communications (models). This “International Archives” could then be accessed via telecommunications; computerized models could then be retrieved, scrutinized, and rectified expediently. This paper delineates techniques by which the proper control of the systemic scientist's communications (his computerized models) can be exercised. Perhaps then the inter‐disciplinary “boundaries,” which seem somehow to constrain the pursuit of our characteristically systemic difficulties, would tend to recede, since all systemic scientists would have access to all other systemic scientists' computerized models, much as we, as scientists, historically have had access to one another's models in the printed medium.
Danielle Mihram, G. Arthur Mihram and Caroline Gilson
To report on the Annual Meeting of the American Association for the Advancement of Science held in St Louis, Missouri in February 2006.
Abstract
Purpose
To report on the Annual Meeting of the American Association for the Advancement of Science held in St Louis, Missouri in February 2006.
Design/methodology/approach
An overview of the seminars, symposia, workshops and presentations at the conference.
Findings
The theme of the meeting was Grand Challenges, Great Opportunities. The meeting was attended by 4,000 registrants, 105 exhibitors; and 900 members of the press. The meeting highlighted the academic role and infrastructure of technology in different science applications, including publishing, and national policy.
Originality/value
A report of interest to library and information management professionals.
Details
Keywords
Danielle Mihram and G. Arthur Mihram
This paper seeks to report on six Symposia offered at the 2011 Annual Meeting of the American Association for the Advancement of Science (AAAS), held 17‐21 February 2011 in…
Abstract
Purpose
This paper seeks to report on six Symposia offered at the 2011 Annual Meeting of the American Association for the Advancement of Science (AAAS), held 17‐21 February 2011 in Washington, DC. This 177th Meeting's theme was “Science without Borders.”
Design/methodology/approach
The report for each symposium includes internet links and bibliographic citations leading to information that further supports and enriches the information provided in the speakers' presentations.
Findings
An enhanced report was presented for each presentation for each symposium.
Originality/value
Several symposia, relating to: global collaboration; the digitization of science; publications without borders; and, teaching, learning, and research in the digital age, are covered in this report. The paper provides a documented insight on the most recent advances in research described by each symposium's presenter.
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Keywords
Danielle Mihram and G. Arthur Mihram
To provide coverage and insights about the annual meeting of the AAAS where this year's theme was “Science and Technology for Sustainable Well‐Being.”
Abstract
Purpose
To provide coverage and insights about the annual meeting of the AAAS where this year's theme was “Science and Technology for Sustainable Well‐Being.”
Design/methodology/approach
Environmental scan of annual national meeting. Of particular interest due to the range of backgrounds different attendees from all avenues of the scientific community.
Findings
Sustainable well being has wide applications in different arenas but the informatics component was not as strong as at past conferences.
Practical Implications
Much of the conference focused on intersections of theory and application and new ways of responding to sustainability. Particularly strong in the physical sciences.
Originality value
Provides information of value to information professionals.
Details