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Building Trust in Science: A Two-Way Commitment

  • Peter Mahaffy

    Peter Mahaffy, The King’s University, Edmonton, Canada

Published/Copyright: October 29, 2025
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Restoring trust in science requires more than correcting misinformation—it demands that scientists understand their audiences and that science itself is demonstrably worthy of trust said Peter Mahaffy in his plenary talk. He argues that effective science communication must move beyond the outdated “deficit model,” which assumes public mistrust stems from a lack of knowledge. Instead, scientists must engage with the public’s values, perspectives, and lived experiences.

 
        David Winkler, Peter Mahaffy, and Elizabeth Hall

David Winkler, Peter Mahaffy, and Elizabeth Hall

Drawing from his work with IUPAC and other international bodies, Mahaffy emphasizes that science communication should be rooted in mutual understanding. A key reference is the IUPAC Project Chemists and “The Public” (2008), [1] which highlights how scientists can better connect with diverse audiences by applying systems thinking and acknowledging context—critical in combating the spread of misinformation.

Equally important is ensuring science remains trustworthy. Mahaffy highlights global initiatives like the International Science Council’s Principle of the Universality of Science, which balances the freedom to conduct research with the responsibility to uphold ethical standards. This principle was refined to reinforce that scientific freedom must go hand-in-hand with accountability.

Ethical practice in chemistry is central to Mahaffy’s message. The Hague Ethical Guidelines, developed by chemists worldwide, underscore the importance of safeguarding science from misuse, particularly in light of the Chemical Weapons Convention. Similarly, the IUPAC CEDEI task force has developed Guiding Principles for the Responsible Practice of Chemistry, that was formally launched at the 2025 World Chemistry Congress in Malaysia. These principles aim to foster a culture of integrity, transparency, and public engagement.

Mahaffy’s vision for building trust in science is clear: scientists must listen as much as they speak, commit to ethical conduct, and embrace responsibility as part of their professional identity. Only then can science maintain the public’s confidence and fulfill its role in advancing the common good.

About the author

Peter Mahaffy

Peter Mahaffy, The King’s University, Edmonton, Canada

Published Online: 2025-10-29
Published in Print: 2025-10-01

©2025 by Walter de Gruyter Berlin/Boston

This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

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  2. Past President’s Column
  3. Chemistry at the Crossroads: Enabling Solutions for a Changing World
  4. Features
  5. IUPAC’s 2025 Top Ten Emerging Technologies in Chemistry
  6. Preventing spread of chemical weapons in an era of rapid technological change
  7. Why think philosophically about chemistry?
  8. Spotlight on IUPAC Young Observers
  9. Spotlight on IUPAC U.S. Young Observers
  10. IUPAC Wire
  11. IUPAC Launches Global Call to Action for Responsible Chemistry
  12. IUPAC Announces the 2025 Top Ten Emerging Technologies in Chemistry
  13. Actions Taken by IUPAC Council, Kuala Lumpur, Malaysia, July 2025
  14. Recognising Excellence: CCE 2026 Awards—Call for Nominations
  15. 2026 IUPAC-Richter Prize—Call for Nominations
  16. 2026 IUPAC–Soong Prize for Sustainable Chemistry—Call for Nominations
  17. 2026 IUPAC-Solvay International Award for Young Chemists—Call for Applicants
  18. Systems Thinking in Chemistry Education—Call for Papers
  19. Special issue IYQ in PAC
  20. In Memoriam
  21. Project Place
  22. Terminology for Dynamic Polymer Networks and Hydrogels
  23. Systems Thinking, Sustainability and Chemical Industry
  24. Small-Scale Chemistry Initiative in India
  25. Making an imPACt
  26. Definitions and preferred symbols for mass diffusion coefficients in multicomponent fluid mixtures including electrolytes (IUPAC Technical Report)
  27. IUPAC/CITAC guide: interlaboratory comparison of categorical characteristics of a substance, material, or object (IUPAC Technical Report)
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  29. IUPAC Provisional Recommendations
  30. Basic Classification and Definitions of Polymerization Reactions
  31. Conference Call
  32. IUPAC 2025 in Kuala Lumpur Opened with Focus on Sustainability and Excellence
  33. Restoring Trust in Science: A Global Imperative
  34. Can the “Right to Science” Restore Public Trust?
  35. Chemistry for a Fairer, Safer, and More Sustainable World
  36. The Future of Science in the Digital Age: Chemistry at a Crossroads
  37. Science at a Crossroads: Restoring Integrity and Public Trust
  38. Science: A Truth Worth Defending
  39. Building Trust in Science: A Two-Way Commitment
  40. Science Under Siege: Confronting the Hydra’s Many Heads
  41. Sustainable Practices for Promoting Diversity in Chemistry
  42. Green Chemistry for a Sustainable Future
  43. Advancing Scientific Terminology & Standards for the Digital Era—DUST Conference 2025
  44. Stockholm Declaration on Chemistry for the Future
  45. Mark Your Calendar
  46. Index
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