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Mary Kalantzis; Bill Cope – Reading Research Quarterly, 2025
The latest mutation of Artificial Intelligence, Generative AI, is more than anything a technology of writing. It is a machine that can write. In a world-historical frame, the significance of this cannot be understated. This is a technology in which the unnatural language of code tangles with the natural language of everyday life. Its form of…
Descriptors: Artificial Intelligence, Natural Language Processing, Literacy Education, Technology Uses in Education
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Said Mikki – Higher Education: The International Journal of Higher Education Research, 2024
This paper investigates the intricate relationship between universities as socio-academic institutions, society at large, and technology. Through a general analysis, we aim to comprehend how a multidisciplinary university mediates and catalyzes the interaction between technology and society. Our examination encompasses both theoretical foundations…
Descriptors: Higher Education, Influence of Technology, Technology Uses in Education, Science and Society
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Siebren Miedema – British Journal of Religious Education, 2024
The worldwide impact of the COVID-19 pandemic has been enormous. It has affected the justification of the contributions from academia, and resulted in rapid spreading of misinformation and conspiracy theories. The use of the social media has during the pandemic intermixed the space between the private and the public domain, and has interfered with…
Descriptors: World Views, Science and Society, Political Attitudes, Conflict
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Janice Padula – Australian Mathematics Education Journal, 2024
In this paper the author explores and demonstrates the vital role mathematics plays in technology by showing how algebra, and in particular Boolean algebra, has become an essential part of how computers and computer languages work. Both Boolean logic and algebra are core competencies in Computer Science at the university level which may encourage…
Descriptors: Algebra, Logical Thinking, Computers, Artificial Intelligence
Nancy Robb Singer; Amy Lannin; Maha Kareem; William Romine; Katie Kline – Phi Delta Kappan, 2024
Socio-scientific issues provide a great platform to both engage students in scientific topics and assess their understanding of scientific concepts. Nancy R. Singer, Amy Lannin, Maha Kareem, William Romine, and Katie Kline report on the STEM Literacy Project, a three-year National Science Foundation grant that aimed to improve STEM teachers'…
Descriptors: STEM Education, Learner Engagement, Scientific Concepts, Scientific Literacy
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P. V. Seema – Journal on School Educational Technology, 2024
In today's rapidly advancing world, scientific literacy is becoming increasingly crucial. The ability to understand and critically evaluate scientific information is a key skill for navigating an increasingly complex and technology-driven society. Developing scientific literacy not only boosts individual knowledge but also promotes 21st-century…
Descriptors: Scientific Literacy, 21st Century Skills, Science and Society, Influence of Technology
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Déana Scipio; Priya Pugh; Kali Natarajan; Deb L. Morrison; Bethany Kogut; Karli Honebein; Michelle Grove; Jen Eklund – Connected Science Learning, 2024
The Washington State ClimeTime Network has been designed to build capacity for climate science learning, as well as broader NGSS implementation. As a network, we acknowledge the diversity of scientific histories and practices and continue to explore these variations to deepen our teaching and learning of climate science. This paper provides…
Descriptors: Climate, Environmental Education, Capacity Building, Science Education
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Margaret A.L. Blackie – Teaching in Higher Education, 2024
Large language models such as ChatGPT can be seen as a major threat to reliable assessment in higher education. In this point of departure, I argue that these tools are a major game changer for society at large. Many of the jobs we now consider highly skilled are based on pattern recognition that can much more reliably be carried by fine-tuned…
Descriptors: Artificial Intelligence, Synchronous Communication, Science and Society, Evaluation
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Jacob Pleasants – Science & Education, 2024
As part of a growing emphasis on "STEM," engineering has gained prominence in precollege education. In response to that trend, an emerging area of educational research focuses on the "Nature of Engineering" (NOE), a collection of ideas about what engineering is, what engineers do, and how engineering is related to science and…
Descriptors: Social Environment, STEM Education, Engineering, Engineering Education
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Shannon Watkins; Jenna Robinson – Academic Questions, 2024
All learning, particularly higher learning, is premised on the notion that there is such a thing as truth and that it is eminently worth pursuing. All serious inquiries into the various branches of human knowledge have the discovery and dissemination of truth as their end goals. The humanities are no exception. In the last several decades,…
Descriptors: College Students, Higher Education, Humanities Instruction, Interdisciplinary Approach
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Lynda Dunlop; Elizabeth A.C. Rushton; Sarah Clayton; Jane Essex; Joshua Stubbs; Maria Turkenburg-van Diepen – International Journal of Social Research Methodology, 2025
This short article reflects on 'public switching' as a methodology for research on public perspectives on potential responses to the climate crisis. There have been recent calls for early public engagement with potentially controversial science and technology. Such 'upstream' engagement is often conducted by those close to the science, presenting…
Descriptors: Public Opinion, Climate, Science and Society, Citizen Participation
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Graham B. Slater – Review of Education, Pedagogy & Cultural Studies, 2024
Accelerating digitization, algorithmic computation, artificial intelligence, and machine learning, along with the increasing automation of work, communication, and everyday life, are central to critical studies of technology and political economy, as well as to public discourse concerning technology's role in creating futures. Ongoing…
Descriptors: Algorithms, Anxiety, Artificial Intelligence, Man Machine Systems