Part 8/13:
The implications of this breakthrough extend far beyond academic tests. Historically, general-purpose technologies—such as electricity—took decades to proliferate through multiple industries, with gradual improvements leading to widespread utility.
Current developments suggest a similar trajectory for AI, especially as models get better at foundational skills like mathematics, which underpin all STEM disciplines. Math is the language of physics, engineering, and technological innovation. A model that masters complex mathematics can revolutionize fields like quantum physics, high-energy research, and advanced engineering.