The article argues that autopoietic, self‑maintaining dynamics can appear in nonliving physical systems and that this lens should inform origin‑of‑life research. It proposes using methods from cognitive science and philosophy of mind to study how lifelike behavior emerges from mindless substrates. This blurs the sharp line between life and nonlife and reframes abiogenesis as a behavioral transition, not only a chemical one.
— Redefining what counts as 'life‑like' changes astrobiology, bioethics, and consciousness debates by shifting attention from molecules to behaviors and systems.
BeauHD
2026.04.10
42% relevant
The STAR result documents the vacuum acting as an active medium that can be stimulated to produce real particles with correlated properties; that empirical demonstration of emergent, quasi‑agency‑like behaviour in ostensibly ‘empty’ space maps onto the broader idea that inert matter or materials can display surprising, process‑like phenomena.
Dan Falk
2026.04.07
80% relevant
Hazen and Wong’s claim that some physical systems tend toward increased pattern and complexity (a 'second arrow') connects directly to the existing idea that non‑living matter can exhibit lifelike, order‑producing behavior; the article cites their PNAS 2023 paper and new book as the empirical and conceptual anchor for that claim.
Jake Currie
2026.04.01
90% relevant
This study directly maps to the idea that non‑neural systems can display behavior traditionally labeled 'cognitive': Vishton's Mimosa pudica experiments claim anticipatory leaf movements that track event counts and fit animal‑like learning curves, exemplifying lifelike information processing in plant tissue rather than neural circuits.
Isegoria
2026.03.07
75% relevant
This discovery concretely exemplifies the idea that systems can inhabit Gray‑area states between 'alive' and 'non‑living': Sukunaarchaeum mirabile retains ribosome and replication genes (so it makes its own mRNA and ribosomes) while lacking core metabolism and depending on a host, making it virus‑like in function but cell‑like in machinery.
Conor Feehly
2025.10.09
100% relevant
The piece cites Maturana and Varela’s 'autopoiesis' and urges applying mind‑science tools to origin‑of‑life puzzles beyond LUCA and the ponds‑vs‑vents divide.