Theory of ReGrowth · the journal · RG-2026-006

They’re Arguing About the Pedal

Accelerate or brake is an excellent argument if the only controls in the vehicle are stop and go. There is also a steering wheel.

In the live book ReGrowth Rhythms: 17 Laffer Chirality

The loudest argument in artificial intelligence concerns a pedal.

One camp thinks we are accelerating towards catastrophe and should find the brake.1,2 The other thinks braking is how civilisations lose their nerve, their prosperity and possibly the future.3

It is an excellent argument if the only controls in the vehicle are stop and go.

There is also a steering wheel. There is a destination. There is the small matter of who owns the vehicle, who is walking beside the road and who gets the bill when it enters a lake.

Two serious anxieties

The safety-minded argument is not silly. Systems with greater capability can produce greater harm. Models can be unreliable, opaque, easy to deploy at scale and concentrated inside institutions with extraordinary reach.1,2

Nor is the accelerationist argument silly. Technical abundance has relieved real suffering.4 A society that treats every unfamiliar capacity as a threat can preserve scarcity, incumbency and administrative vetoes in the name of caution.

Each side notices a genuine failure mode.

The problem begins when either failure mode becomes a complete theory of progress.

One imagines that sufficiently careful people can determine the future before building it. The other imagines that building more capability is itself a reliable method for producing a better future.

Both spend a surprising amount of time discussing the engine and comparatively little discussing the institution driving it.

Capability is not direction

A language model can help a benefits officer explain a decision more clearly. It can also help an insurer produce ten thousand personalised reasons to deny a claim.

It can help a teacher create patient exercises for one child. It can also help a school produce immaculate reports about outcomes nobody improved.

The capability does not contain the purpose. It inherits one.

This is why AI may be better understood as a general-purpose technology than as a visitor from another moral universe. Its effects arrive through adoption, workflow, law, ownership and organisational change.5,6

Those things are slow, political and terribly unfashionable. Unfortunately, they are also where consequences live.

The old machine learns new tricks

Give an institution cheaper cognition and it will first apply it to whatever the institution already rewards.

A firm rewarded for attention will generate attention more efficiently. A bureaucracy rewarded for completed forms will complete more forms. A market rewarded for extraction will discover previously uneconomic seams.

This does not mean the technology is neutral. Design choices and access shape behaviour. It means the technology enters a landscape that already has gradients.

Water does not need an ideology to flow downhill.

The most immediate risk is therefore not always that AI develops an alien objective. It may be that AI acquires our existing objectives with supernatural administrative enthusiasm.

The most immediate opportunity follows from the same fact.

Use the intelligence to inspect the assignment

Before automating a process, ask four impolite questions.

What outcome is this process meant to protect?

What proxy has quietly replaced that outcome?

Who absorbs the exceptions and unpaid work?

Who owns the gain if the process becomes cheaper?

Now AI becomes more than the object being debated. It becomes an instrument for inspecting the system into which it is being placed.

It can help compare policy with practice, reveal repeated exceptions, trace contradictory rules and show where workers spend their lives translating between incompatible systems.

It can make institutional residue visible.

That is not the same as asking a model to decide what is good. Pattern detection is not moral authority. An audit identifies the structure of a choice; it does not relieve humans of making it.

A politics of more than speed

A mature AI politics needs at least four questions.

Capability: What can the system reliably do, under which conditions?

Direction: Which human outcome is it meant to improve?

Distribution: Who gains power, time, income or optionality—and who loses it?

Obligation: What costs are displaced onto workers, households, communities, public systems or the natural world?

The accelerator and the brake matter. But they belong inside this larger dashboard.

The interesting public contest is not between people who love technology and people who fear it. It is between institutional arrangements that use capability to compound extraction and those that use it to widen agency.6

The road is the argument

“Should we accelerate AI?” is a question shaped for manifestos. “Which capability, governed by whom, applied to what obligation, with whose recourse?” is shaped for reality.

It is less exhilarating at first. It becomes much more radical five minutes later.

Because once direction and distribution are visible, familiar alliances become unstable.

A cautious regulator may protect an incumbent. An impatient builder may open public capacity. A nonprofit may centralise power. A company may create a commons.

Labels stop doing the thinking for us.

We do not need a compromise halfway between panic and rapture. We need a better object of disagreement.

The future of AI will not be decided only by how powerful the engine becomes. It will be decided by the roads we fund, the destinations we permit and the people recognised as passengers rather than scenery.

They are arguing about the pedal.

The road is the argument.

How this essay was checked

How this essay was checked

The claim
Framing AI as accelerate versus brake leaves the more consequential questions underexamined: which outcome a system serves, who gains, and who absorbs the cost. Because AI’s effects arrive through the institutions that adopt it, direction, distribution and obligation make a better object of disagreement than speed alone.
The evidence
Both poles are real and stated in their authors’ own words: a public call to pause frontier training for at least six months [1] and a case that advanced AI could pose existential risks [2] on one side; a manifesto holding that any deceleration of AI will cost lives [3] on the other. Long-run data show that productivity and technology have relieved real suffering [4]. Narayanan and Kapoor argue that AI, like electricity, has its impact through applications, adoption and diffusion, paced by how fast organisations and institutions adapt [5]. AI Now’s 2025 report traces how deployment concentrates power and argues for making AI a fight about power rather than progress [6].
The strongest objection
The binary is a caricature. Much of the safety field works on governance and the concentration of power, not only on a brake [2], and the accelerationist case has its own account of distribution: markets, it argues, prevent monopolies and lift people out of poverty [3]. And if the most capable systems could cause irreversible harm, speed is not one dial on the dashboard; it may decide whether the four questions ever get asked.
What the evidence doesn't establish
The sources show that both poles exist and that AI’s effects run through institutions; they do not show that the pedal is the loudest argument, which is this essay’s reading, not a measurement. That institutions first point cheaper cognition at what they already reward is a hypothesis. The electrification story in [5], in which factories gained little from electric power until they redesigned their layout around production lines, illustrates it but cannot prove it, and the comparison is this Audit’s, not Narayanan and Kapoor’s. Ownership is not among the channels Narayanan and Kapoor name; it is the essay’s addition, which [6] supports. A test would compare what organisations automate first with what they already measure and reward. Nothing here establishes how reliably a model can find contradictions or unpaid work inside a real institution. The pace of change is itself contested: Narayanan and Kapoor expect decades [5], 80,000 Hours argues it could be rapid [2]. The four questions are a frame for disagreement, not evidence that asking them produces better outcomes.

Sources

  1. Future of Life Institute, Pause Giant AI Experiments: An Open Letter, 2023: the brake, a call to pause training of systems more powerful than GPT-4 for at least six months, and its concern about unpredictable black-box models.
  2. Zershaaneh Qureshi, How AI could create the world’s biggest problems (80,000 Hours), 2026: the safety and long-term-risk position, including loss of control and concentrated power. A living page: checked as last updated on 17 September 2026, read on 29 September 2026.
  3. Marc Andreessen, The Techno-Optimist Manifesto, 2023: a prominent accelerationist case against deceleration and the precautionary principle.
  4. Max Roser, The short history of global living conditions and why it matters that we know it (Our World in Data), 2016, revised 2024: long-run falls in extreme poverty and the productivity behind them.
  5. Arvind Narayanan and Sayash Kapoor, AI as Normal Technology (Knight First Amendment Institute), 2025: AI as a general-purpose technology; methods, applications, adoption and diffusion; the dynamo’s slow reorganisation of the factory.
  6. Kate Brennan, Amba Kak and Sarah Myers West, Artificial Power: 2025 Landscape Report (AI Now Institute), 2025: how deploying AI concentrates power among those who deploy it, and the case for making AI a fight about power, not progress.

Claims checked on 29 September 2026.