The fundamental principles that define ethical and responsible scientific research — such as honesty in reporting results, transparency in methods, and openness in sharing data — have remained constant for generations. Yet, the environments in which scientists now apply these principles have changed dramatically.
With the rise of artificial intelligence, data-driven research, and increasingly global collaborations, the scientific world faces complex ethical questions that traditional guidelines were never designed to address. Recognizing this shift, the U.S. National Academies of Sciences, Engineering, and Medicine is preparing to publish a new edition of its landmark ethics guide, On Being a Scientist, a resource that has guided researchers since its first release in 1989.
This forthcoming fourth edition will not only reaffirm timeless scientific values but also adapt them to modern realities. It aims to help scientists navigate ethical challenges in a landscape reshaped by AI, big data, cybersecurity concerns, and team-based international research. The updated guide will be released in a new interactive digital format, ensuring it remains accessible and relevant in an era of rapid technological change.
Updating a Cornerstone of Scientific Ethics
“The rapid pace of change in science — its scale, scope, and potential impacts — makes this the perfect time to revisit and update this resource,” explained Michele Masucci, co-chair of the committee overseeing the revision and Vice Chancellor for Research and Economic Development for the University System of Maryland.
Since its original publication more than three decades ago, On Being a Scientist has served as a foundational text for educating young researchers on ethical conduct. It is widely adopted in universities as required reading for Responsible Conduct of Research (RCR) courses, which train undergraduates, graduate students, and postdoctoral scholars in professional research standards.
Lisa Lee, Senior Associate Vice President for Research and Innovation at Virginia Tech, emphasized the guide’s influence: “It often serves as an introductory text — sometimes the first structured encounter that a trainee has with the principles of ethical research. It makes an impression that lasts.”
Adapting Ethics to a New Scientific Landscape
In July, the National Academies convened a public workshop to collect input from educators, researchers, and policy experts. Their discussions centered on emerging ethical challenges — from AI-generated data to privacy in global collaborations — and ways to make the guide more interactive and inclusive.
Drawing on these insights, the committee identified four new core modules that will define the next edition. Together with a new introduction, these modules will form a dynamic framework for ethical research practice in the modern age.
The first module will explore responsible research conduct and stewardship, addressing issues such as data integrity, reproducibility, and the transparent management of results. The second module will focus on openness and security, examining how to promote open science while protecting against cybersecurity and data misuse risks.
A third module will delve into responsible collaboration — including best practices for mentorship, authorship, and team science in increasingly diverse and international research groups. The fourth module will examine trust in science, looking at how researchers can maintain credibility and transparency in public engagement, handle misconduct appropriately, and address ethical dilemmas arising from new technologies such as machine learning and biotechnology.
A Digital Guide for a Digital Era
According to Frazier Benya, Senior Program Officer at the National Academies and director of the project, the decision to transition On Being a Scientist into a digital format reflects how the next generation of researchers interacts with educational materials.
“Most people now access the guide online or as a downloadable PDF,” Benya said. “Ten years ago, universities would purchase physical copies every semester to distribute to new researchers. The move to an online format not only reflects current use patterns but also allows the guide to be updated more efficiently in response to new developments.”
This flexibility is crucial as ethical issues evolve faster than ever. Questions surrounding AI’s role in generating data, managing large datasets, and ensuring fairness in algorithmic research are rapidly emerging — often without consensus across disciplines.
Suzanne Ortega, former president of the Council of Graduate Schools, highlighted this uncertainty during the workshop: “We’re in the middle of conversations about ethical dilemmas for which no clear answers exist yet. Disciplines are still grappling with how to integrate new technologies responsibly.”
Guidance Without Prescription
As with previous editions, the new On Being a Scientist will not prescribe specific actions or attempt to resolve every ethical dilemma researchers may face. Instead, it will serve as a framework to help scientists think critically about their responsibilities and understand the broader social context of their work.
The guide will articulate the fundamental values that underpin responsible research — honesty, accountability, transparency, and respect for others’ contributions. It will highlight areas of research that demand careful consideration, such as data management, collaboration, and public communication.
Rather than listing rules, it will present real-world examples of ethical challenges faced by researchers today, followed by discussion questions to encourage reflection and debate. These case studies will help young scientists understand that ethical decision-making often involves nuance, context, and open dialogue rather than strict adherence to policy.
Alan Leshner, committee co-chair and former CEO of the American Association for the Advancement of Science, summarized the vision: “We hope the guide provides early-career scientists and engineers with a strong grounding in the norms and standards that define ethical research. Its digital format will also make it easy to keep discussions up to date as the scientific landscape evolves.”
A Broader Mission: Building a Culture of Integrity
Beyond updating the guide itself, the National Academies’ initiative represents a broader commitment to reinforcing the culture of integrity in science. As research becomes more interdisciplinary, international, and data-intensive, the line between technical and ethical expertise is blurring.
For example, managing vast datasets in biomedical or social science research requires not only analytical skill but also sensitivity to privacy, consent, and equity. Similarly, in AI-driven research, questions about bias, transparency, and accountability are central to maintaining public trust.
By providing flexible tools and thought-provoking examples, the new On Being a Scientist aims to empower researchers to handle these challenges responsibly. It acknowledges that ethical research is not just about avoiding misconduct but also about fostering collaboration, transparency, and trust within and beyond the scientific community.
Looking Ahead
The fourth edition of On Being a Scientist is expected to be released next year. Its digital-first design will allow continuous updates as science and society evolve — ensuring that each generation of researchers has access to timely, relevant guidance.
In an era when AI is reshaping every corner of scientific inquiry, from climate modeling to genetics, the ethical foundation of research has never been more important. The National Academies’ renewed effort serves as a reminder that integrity and responsibility are not static ideals, but living commitments that must adapt alongside innovation.
Ultimately, the goal is not merely to teach ethical rules but to inspire a mindset — one that views responsible conduct as an integral part of scientific discovery itself. As Masucci noted, “Science is moving faster than ever before, but our responsibility to do it right remains the same.”
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