Considering the Ethics of Large Machine Learning Models in the Chemical Sciences

28 May 2025, Version 2
This content is a preprint and has not undergone peer review at the time of posting.

Abstract

Foundation models, including large language models, vision-language models, and similar large-scale machine learning tools, are quickly becoming ubiquitous in society and in the professional world. Chemical practitioners are not immune to the appeal of foundation models, nor are they immune to the many risks and harms that these models introduce. In this work, I present the first analysis of foundation models using the combined lens of scientific ethics and chemical professional ethics. I find that general-purpose generative foundation models are in many ways incompatible with the moral practice of chemistry, though there are fewer ethical problems with chemistry-specific foundation models. My discussion concludes with an examination of how the harm associated with foundation models can be minimized and further poses a set of serious lingering questions for chemical practitioners and scientific ethicists.

Keywords

ethics
ideals
foundation model
large language model
LLM
universal potential
MLIP
machine learning
ML
VLM
vision-language model
diffusion model
transformer
natural-language processing
bias
prejudice
labor
education
automation
self-driving lab
generative
classification
regression
environment
energy
water
professionalism
text mining
epistemology

Supplementary materials

Title
Description
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Title
Supplementary Information
Description
Definitions of key terms; qualitative methods for coding ethical codes and intermediate analysis; discussion of chemical professional ethics applied to computational chemistry and chemical data science.
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Supplementary weblinks

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