Question 1

How is DNA being treated as a programmable language?

Accepted Answer

_DNA as text that can be read and written using AI models._

> For fifty years, biology was something we could only read. We are now starting to write it. DNA is next. Models like Evo 2 treat the genome as what it actually is, a language with a four-letter alphabet.

Source: [DNA Is Becoming Programmable. Curing Cancer With AI.](https://www.forbes.com/sites/lutzfinger/2026/05/25/dna-is-becoming-programmable-curing-cancer-with-ai/)

Question 2

What are the core limitations of transformers and backpropagation for building AGI?

Accepted Answer

_The train-then-freeze design of today's models is the wrong shape for a mind that keeps learning._

> Because of the underlying backpropagation algorithm, learning and inference are separate phases. You train a model, you freeze it, and then you use it. If you try to fill the network up with knowledge and keep going, at some point you get catastrophic forgetting: adding a little new knowledge causes it to forget a lot of old knowledge. These systems know a lot, but they don't reorganize themselves in real time the way parts of the human brain do.

Source: [Rethinking the AGI Race, with Benjamin Goertzel (eCornell Keynote)](https://ecornell.cornell.edu/keynotes/view/K052826/)

Q&A, transformers

How is DNA being treated as a programmable language?

What are the core limitations of transformers and backpropagation for building AGI?