The humble and sporadic origins of the idea of cosmic evolution demonstrate that it did not have to become what is now the leading overarching principle of 20th century astronomy. But it did, helped along by the Big Bang cosmology featuring…During the second half of the 20th century, then, the evolutionary view of the universe was not only fully in place both from the point of view of at least some astronomers and biologists, but was also spreading to the broader culture. Inst…
Edwin Hubble
scientist · 2 mentions across 1 reading
In this course
Hubble's expansion of the observable universe—proving galaxies exist beyond our own and demonstrating cosmic expansion—provides a foundational analogy for how systems scale and evolve, concepts the course readings invoke when discussing evolutionary cosmologies and the shift from static to dynamic models of complex systems. His work appears as historical precedent for how scientific paradigms shift to accommodate vastly larger scales of observation, a pattern relevant to understanding how AI and cybernetic systems similarly reveal hidden complexity and interconnection at scales previously invisible to us. The readings use Hubble's cosmological revolution to frame the 20th-century move from static to evolutionary thinking, a conceptual move that parallels contemporary debates about whether AI systems exhibit emergent or evolutionary properties.
Background
Edwin Powell Hubble was an American astronomer. He played a crucial role in establishing the fields of extragalactic astronomy and observational cosmology. Hubble proved that many objects previously thought to be clouds of dust and gas and classified as "nebulae" were actually galaxies beyond the Milky Way. He used the strong direct relationship between a classical Cepheid variable's luminosity and pulsation period for scaling galactic and extragalactic distances.
Wikipedia →Mentioned in 1 reading
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