A new paper titled "Intelligence as a Planetary-Scale Process" from three researchers at the University of Rochester argues that technological civilisation should be understood as a planetary-scale transition, the same way the origin of life is a planetary phenomenon. According to coverage in The Next Web, the lead author Adam Frank has framed this as a way to connect the search for extraterrestrial life with the climate crisis.
The paper is intellectually interesting. The framing is also a bit too clean.
What the paper actually argues
The core idea is that the emergence of a technological species is a planetary transition, not just something happening on a planet. The authors argue that we should expect to see civilisations that have survived their own technological adolescence, because any we observe must have made it past the climate crisis stage. If a civilisation destroyed itself, we wouldn't see it.
The research attempts to link the function of the biosphere, the current appearance of the technosphere during the Anthropocene, and the study of worlds that may once have hosted technologically capable species. Most of this is conceptual, but the conceptual unification is itself the contribution.
Why the framing is too clean
The paper's optimism assumes that technological species eventually mature into planetary stewards. The reality is messier. Civilisations don't automatically evolve toward stewardship. They evolve toward whatever their institutions incentivise, which is often short-term extraction.
According to TNW, the paper sketches a three-stage arc: a barrier-free pre-technological world, damage caused by industrial activity, and eventual repair through further innovation. That arc is hopeful, but it relies on the assumption that the species which caused the damage will be the same one that fixes it. History doesn't support that assumption.
Who should care
| If you work in… | The paper is useful for… | But watch out for… |
|---|---|---|
| Climate policy | Reframing climate as a civilisational filter, not a local issue | Policy makers hearing "trust the process" and delaying action |
| Sustainability communications | Tying local work to the largest possible question | Audiences reading it as licence to wait for tech solutions |
| SETI and astrobiology | A principled filter for which civilisations we should expect to observe | Conflating a useful search heuristic with a developmental law |
| Critical political economy | A clear target to critique | The risk of ignoring a frame that policy makers may adopt |
What the framing gets right
The unification point is the strongest part of the paper. Treating climate change, biosphere evolution, and the search for extraterrestrial life as the same problem at different scales is genuinely useful. Most climate work doesn't engage with astrobiology, and most astrobiology work doesn't engage with industrial economics. The paper forces both sides to talk.
The methodological point about data is also useful. If we want to know what a surviving technological civilisation looks like, we have one example: Earth. That makes the case for collecting planetary-scale data on what we're doing right now, regardless of whether we ever find aliens.
What it means for you
Say you work in environmental policy. The paper gives you a frame that links your work to the largest possible question: what does a surviving technological civilisation look like? That's useful for grant applications and public communication.
Say you're a critic of techno-optimism. The paper's weakness is the assumption that more technology will solve the problems created by technology. That's worth pushing back on, because the policy implications of "trust the process" are bad.
Our analysis
The paper's framing is too clean in two specific ways. First, it treats technological civilisation as a single actor, when in reality the decisions are made by specific institutions with specific incentives. The framing depoliticises the problem.
Second, it assumes the same species will both cause and solve the damage. That's hopeful, but the historical record on species solving the damage they caused is thin. Most of the progress on climate has come from political pressure, not from the fossil fuel industry deciding to fix itself.
The astrobiology connection is the genuinely novel part. The argument that any civilisation we observe must have survived its technological adolescence is a useful filter for SETI searches, and it reframes the Fermi paradox in productive terms.
What to watch next
Watch for the paper to be cited in climate-policy discussions, because the unification framing will be tempting for grant writers. Watch for the next round of astrobiology missions to incorporate planetary-intelligence criteria into target selection. And watch for the critique from political economists, because the depoliticised framing will draw fire.
Key takeaways
- The paper argues technological civilisation is a planetary-scale transition, like the origin of life.
- The framing unifies climate, biosphere evolution and the search for extraterrestrial life.
- The weakness is the assumption that the species causing the damage will be the same one that fixes it.
Frequently asked questions
What is planetary intelligence?
According to the paper, it is the acquisition and application of collective knowledge at planetary scale, integrated into the function of interconnected planetary systems.
Who wrote the paper?
The paper is titled "Intelligence as a Planetary-Scale Process" and the lead author is Adam Frank of the University of Rochester, according to TNW.
Does the paper connect climate change and aliens?
Yes. The argument is that any civilisation we observe must have made it past its own technological adolescence, which links the SETI search to the climate crisis.
Is the framing scientifically useful?
The unification of climate science, biosphere research and astrobiology is useful. The assumption that technology will solve its own problems is weaker.
What is the strongest critique?
The paper treats civilisation as a single actor and assumes it will mature into a planetary steward. In reality, decisions are made by institutions with specific incentives, which the framing obscures.