Artificial Intelligence (AI) is a transformative technology that promises to impact many aspects of society including research, education, and publishing. We, the editors of the Journal of Research in Science Teaching (JRST), think that the journal has a responsibility to contribute to the ongoing dialogues about the use of AI in research and publishing with particular attention to the field of science education. We use this editorial to share our current ideas about the opportunities and challenges associated with AI in science education research and to sketch out new journal guidelines related to the use of AI for the production of JRST articles. We also extend an invitation to scholars to submit research articles and commentaries that advance the field's understanding of the intersections of AI and science education.Establishing foundations for an AI revolution has been in progress since the mid-twentieth century (Adamopoulou & Moussiades, 2020), and a giant step in public engagement with AI was taken in November 2022 when OpenAI released ChatGPT. This tool along with other large language models (LLM) such as Google Bard, and Microsoft's Copilot, provide platforms that are easy to use and can generate content such as text, images, computer code, audio, and video. It has quickly become apparent that these generative AI tools have the potential to change education in substantial ways. There is already evidence that students and teachers are actively using AI in ways that will push the field of education to reconsider what it means to construct learning artifacts, how to assess the work of learners, and the nature of learner-technology interactions (e.g., Prather et al., 2023). Of course, generative AI will not just impact the work of students, teachers, and other educational practitioners, it will affect how research is conducted and reported. As journal editors, we are particularly interested in the use of AI in the sharing of research and publication processes.Across the field of education research, and science education research more specifically, scholars use a host of technologies to support their work. For example, researchers regularly use statistical packages to derive quantitative patterns in data, qualitative software to organize and represent coded themes in data, grammar, and spelling check software embedded in word processors and online (i.e., Grammarly), and reference managers to find and cite literature. Technologies such as these examples are ubiquitous across our field, and new generative AI presents another set of tools that researchers might leverage for the sharing of their scholarship. However, the now widely available LLMs seem, to us, to represent a fundamental shift in technological capacity for producing research publications. The users of software for data analysis, reference management, and grammar checks exert levels of control and supervision over these technologies, which is not the case when using an LLM. There is a much greater degree of opaqueness and uncertainty when it comes to...