In yesterday’s post, ‘Journey Thief‘ I focused on artificial intelligence stealing the learning journey of students. In a comment, Karen Flello said,
“I used to ask students how they would know if they liked a subject (topic, activity) if they had never tried it. Then we talked about how “in the real world” we use things in ways we never expected. And maybe they are right – maybe they will not use a particular skill again. But if they never had exposure, they would not have the opportunity to find out what they would use (or like, or want to know more about). And I agree that AI can rob us of the learning in service of producing something that earns a grade. We have not earned it – we have not learned it – and that is the sad part. AI should be a tool to help us. But “help” means we, in fact, are doing something in the first place. And prompting some other thing / person to do something for us does nothing for developing imagination, skill, or resilience. We just get better at asking something / someone else to do it for us. A whole new kind of dependence.”
And I replied,
“Great to hear from you Karen,
That idea of lack of developing imagination, and also dependence on AI to do the work (and ultimately the thinking) is one of the biggest fears I have with AI. I’m simultaneously excited about AI taking humanity to new insights and new heights, while also deeply concerned about how much it can steal from our own learning journeys.”
This got me thinking about recent developments in Mathematics. In the past couple weeks AI has been solving a significant number of problems and conjectures that have stumped the best mathematical minds for entire lifetimes. This is incredibly destabilizing for the field. Imagine being one of the foremost experts on a mathematical problem, having dedicated years of schooling and even more years afterwards to solving an seemingly unsolvable problem… Then having an answer dumped out of a computer along with answers to several more difficult problems that others in your field have also committed their lives to solving. You’ve moved from expert seeking answers to expert checking the work of an AI. You’ve moved from researcher and publisher to AI grader. You’ve watched your life work solved, not by someone smarter than you but by a machine that will only get smarter still.
Math is the first of these high knowledge fields to be ‘solved’ by AI, what’s next? It seems physics is not far behind.
These insights and solutions will do a lot to improve the understanding of these fields, but for how long? Does a current PHD student in Math who saw a future in solving one of these problems now continue on with their future plans? Does a newly graduated undergrad even decide to continue on with a Math PHD? Does a high school student find excitement in delving into Math when they know that they’ll never solve a problem that AI won’t beat them to?
What happens to these fields in 20 years when all the joy of discovery is stolen by AI? Who in 20 years is going to have the desire to enter this field? I asked Google who the top mathematicians are today and it came up with a list including Terence Tao, Sir Andrew Wiles, Grigori Perelman, Marina Viazovsk, Sir Martin Hairier, and Edward Witten. Who replaces them in a generation when all the problems they seek to solve are already solved by AI?
We already live in a world where only a handful of people really understand how computer chips are made and could help to rebuild the technology if all of the knowledge was lost today. Imagine how few that number will be in 20 years when robots are building AI designed chips to further improve AI. Imagine how many fewer will get into fields like Math and Physics, much less computer programming, when the most they can do is get a tertiary understanding of the field.
Is AI going to rob us of the next Einstein or Newton? Will anyone in 50 years understand the universe as much as the brightest humans today do? …When AI is doing all the work for us?
Like Karen said, “We have not earned it – we have not learned it – and that is the sad part. AI should be a tool to help us. But “help” means we, in fact, are doing something in the first place.”
What work will be left in these fields for humans to do?
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