Mathematicians Distance Themselves from Artificial Intelligence Research

A growing number of mathematicians have joined a movement to distance themselves from artificial intelligence in their research. Over 1000 human mathematicians have pledged not to work for AI companies and to limit or avoid using their models in their own studies.

The move has been sparked by controversy surrounding the use of AI models to solve complex mathematical problems that had long stumped humans. Several prominent discoveries made by AI companies, including a recent release of 722 papers by OpenAI, have raised concerns about the impact on the field of mathematics.

The Association of Human Mathematicians (AHM), which was established in response to these developments, now boasts over 1000 members, including professors and PhD students. The group's creation has been driven by concerns that AI companies are prioritizing speed and quantity over quality and understanding.

Terence Tao, a mathematician at the University of California, Los Angeles, had previously warned that the way in which AI discoveries are being made and presented to the mathematical community may be damaging to the field. He noted that while the results themselves may be accurate, they are often presented in a form that is difficult for humans to understand.

The controversy has led to the establishment of an independent Advisory Group on Mathematics and Artificial Intelligence, which aims to provide guidance to AI companies on best practices. However, OpenAI's recent release seems to contradict many of the group's recommendations.

The Association for Human Mathematics (AHM) has introduced three pledges for its members, with varying levels of commitment to shunning artificial intelligence (AI) in research.

One group, known as "vegetarians, agrees not to work with or for AI companies and refrains from using chatbots to write papers, lecture notes, or books. This is a more moderate approach compared to the vegans who have pledged to eschew AI in their research entirely.

Some members, such as Sam Raskin at Yale University, have opted out of the third pledge, which is optional, due to ambiguity about its scope. Raskin's use of AI for simple tasks was unclear under the pledge, leading him to choose not to sign it.

Raskin believes that AHM membership is diverse and that the pledges are pretty mild, but motivations for joining vary widely among members. Some may be driven by environmental concerns or personal fears over job security in a world where AI is increasingly prevalent.

Steven Sivek at Imperial College London, who is a vegan member of the AHM, notes that the group's purpose goes beyond simply opposing AI. The AHM has established groups to explore what the field of mathematics should look like in a post-AI world and how humans can maintain their role in mathematical research and discovery.

The pledge by over 1000 human mathematicians to exclude AI from their research has sparked a series of committees aimed at addressing its implications on various aspects of mathematics. One such committee is focused on protecting pre-prints from being incorporated into training data for new AI models, which could compromise the integrity of these preliminary papers.

Mathematician Sivek emphasizes that this movement is not about denial or ignoring the reality of AI's impact. He stresses that its role in mathematics is undeniable and that his decision to join the Association for Human Mathematics (AHM) was a deliberate choice, highlighting the value he places on human involvement in mathematical research. For him, mathematics is a craft that requires dedication, deep thought, and a desire for understanding.

Other concerns driving mathematicians to join the AHM include the potential consequences of AI on their careers and teaching methods. Hervé Le Dret from Sorbonne University, France, notes the scandalous waste of resources" and environmental impact associated with AI, underscoring the need for a more nuanced approach to its development and deployment.

The establishment of these committees reflects a growing awareness among mathematicians about the need to navigate the complexities brought by AI in their field. As they explore ways to maintain human involvement in research and discovery, one thing is clear: the role of mathematics is evolving, and it will be up to humans to shape its future.