Late Lessons, Jensen Huang and AI

B23 perspective notes: 2025-03-30 to 2025-04-01 (2 posts)#

These notes read the batch for how Maynard thinks, not for the concepts he names. Both posts were read in full. Quotes are exact, including his typos (“2025 Yidan Price Conference”, “Chef AI Officer”, “we need to take these this possibility seriously”, “If AI poised to be”, “But AI beginning to turn”).

Evidence rules applied

Context. It is late March 2025. ASU’s Mary Lou Fulton College co-hosted the Yidan Prize Conference to mark Micki Chi’s prize. He was asked to give a keynote under a title that “emerged … and stuck”. The same ideas then move from talk, to written post, to podcast within three days.


1. How he thinks here#

He opens with the epistemic status of what follows#

Before any argument, he says what kind of thing the reader is getting and how far to trust it:

This is not throat-clearing. He is marking the post as provisional thinking in time, tied to a place and a moment, and inviting readers to treat it that way. The candour sets up everything that follows: the provocations are offered as openings, not findings.

Going back to first principles, including the uncomfortable one#

His key structural move is to stop before the AI question and ask a prior one: why do learning and education matter at all? He puts this to a room of educators and admits it was “admittedly, a little risky. Surely everyone knows why they matter!” His reason is methodological: “it’s nearly impossible to think about the future of learning and education in an age of AI if we don’t go back to basics and remind ourselves why they’re important, rather than simply assuming they are (or worse, rationalizing their importance simply because we’ve always been told they matter).”

The pattern is: do not assess a new technology against an institution’s current form, but against the purpose the institution exists to serve. Once the purpose is clear, the AI question changes from “how do we protect schooling from AI?” to “where does the value of learning lie when machines can problem-solve?”

Simple models as thinking tools#

He reasons through three deliberately simple models, each introduced with a caveat and then defended as useful, not accurate:

  1. What we do / who we are (and, in footnote 1, where we live). It is “a conceptual model that I find myself using increasingly frequently”. Technology has always moved us along these axes, and the model lets him ask whether AI moves us “far further” than before, and then whether it is different in kind.
  2. Value creation. Humans have an evolved ability to imagine better futures and to “problem solve” their way there, creating “value” through “our innate curiosity, imagination, creativity, and ability to solve problems (or innovate)”. Learning enhances this, and education formalises and amplifies it. “It is a simple model. But it’s useful in that it allows us to explore the roles of learning and education”.
  3. Three trajectories. AI winter, an S-curve with a ceiling, or continued exponential growth.

He treats the models the way a physicist treats a toy model: good enough to show which questions matter, and openly not the full picture.

Reasoning across uncertainty instead of picking a future#

He does not bet on one trajectory. He gives his own lean, “It’s even more likely in my perspective that we’ll see AI follow a classic innovation “S” curve”, yet argues that “No matter which trajectory ends up being closer to the truth, even if there’s a chance that we’re going to see substantial growth in AI capabilities over the next couple of decades, we need to take these this possibility seriously.” Then: “This possibility — even if it’s small — demands new ways of thinking about the potentially profound future impacts of what we are creating.”

The move is to plan the thinking for the range of possible futures without claiming to know which will arrive. His likelihoods are qualitative (“more speculative … but one that has some credence”), never numbers.

Using contested ideas as provocations, then flagging their limits#

He borrows Amodei’s “compressed 21st century” and Daley’s “intelligence is free” because both “push the limits of our imagination”. He does not endorse them as predictions. On “intelligence is free” he says at once that it is “controversial, and not entirely accurate when the material costs of developing training and running AI models are considered”, and footnote 3 adds that the scarcity model “is far more complex than I suggest here”. He keeps the idea anyway because “even with the oversimplifications here, it challenges us to ask what skills students will need”. An imperfect idea is useful to him if it opens a better question.

Turning the question round#

The third provocation turns the talk. Having asked what happens when AI threatens who we are, he writes: “here I switched the question, and rather than asking what happens when AI threatens who we are, I asked what happens when we learn how to work with AI to make us more than we are.” He puts it more sharply: “rather than grappling with the challenges of being human in an age of AI, how do we learn how to be human in an age of AI?” The move is from defending human distinctiveness to growing human capacity. He keeps both halves in view: “serious threats to who we are, or where they may lead to new possibilities”.

Curiosity that crosses the human/machine line#

In footnote 2, wonder leads straight into a what-if. “One of the wonders of being human” is that innovation produced learning and education, “a profound evolutionary self-improvement algorithm”. He then asks whether “the same might not be possible in machines that also learn to problem-solve their ways from the present they inhabit to futures they too can imagine.” In the main text he hedges the other way (“even if it’s blind emulation with nothing more than unthinking digital processes behind it”). He does not settle the metaphysics. He argues that the effects on who we are need thinking about whatever AI turns out to be.

Play and speculation#

In this batch play shows mainly in tone and in form, not in built objects. There is the aside “Did I mention that I was aiming to be provocative?” There is the header caption “NOT generated by Midjourney!” And there is the podcast post’s pleasure in going further: “Not content to just talk about the keynote though, we also get speculative and explore what learning and education might mean in a “post-scarcity” future” (the subtitle says the episode “gets really speculative”). Speculation is treated as a legitimate next step after the keynote, not an indulgence.


2. What matters to him#


3. Risk as a way of thinking#

The batch never uses “risk innovation”, “risk landscape” or “orphan risks”. But the thinking those terms name runs all the way through it, working as mental models that open possibilities rather than as tools.


4. Scholarship and public writing#


5. His role as he sees it#


6. What is distinctive#


7. Posts that best reveal how he thinks#

  1. 2025-03-30 reimagining-education-in-an-age-of-ai. Almost the whole of his method in one post. He states how provisional his thinking is. He goes back to first principles (“why” education matters). He reasons with simple models held as useful, not true, and across uncertain trajectories. He borrows contested ideas as provocations and flags their limits. He turns threat into possibility (“learn how to be human”). He holds a plural idea of value, including awe and wonder, grounds steering over stopping in his view of human nature, and names the risk of blind devotion to the status quo.
  2. 2025-04-01 when-ai-takes-the-wheel. It shows little on its own, but it adds three things. The keynote becomes speculation in conversation (“we also get speculative”). He experiments with AI in public while keeping authorship (“I would not have chosen “brain mush!””). And the post completes the talk, post and podcast cycle through which his ideas develop.