Institution Size as a Window into Cultural Evolution - Capital As Power
Shortly after the Big Bang, the universe was a chaotic "soup" of radiation and high-energy particles. As it cooled, quarks combined to form protons and neutrons, setting the stage for the first atoms. 2. The Galactic Age
Roughly 4 billion years ago, life emerged. From single-celled bacteria to the diverse mammals we see today, life began actively harvesting energy from its environment to fight off entropy and grow in complexity. 7. The Cultural Age Epic of Evolution: Seven Ages of the Cosmos
As we look toward the future, the question remains: what will the look like?
This "Big History" perspective breaks the universe’s 14-billion-year journey into seven distinct "ages," each defined by a new level of order and energy. The Seven Ages of the Cosmos 1. The Particulate Age Institution Size as a Window into Cultural Evolution
As stars died and exploded, they scattered their heavy elements. This debris eventually clumped together to form planets. For the first time, the universe had solid surfaces where complex chemistry could brew. 5. The Chemical Age
Within those galaxies, the first stars ignited. These "nuclear furnaces" didn't just provide light; they were chemical factories, fusing simple hydrogen and helium into the heavier elements (like carbon and oxygen) necessary for life. 4. The Planetary Age The Galactic Age Roughly 4 billion years ago, life emerged
This is the age we live in now. With the rise of human intelligence and symbolic language, evolution moved beyond biology. We now evolve through technology, art, and collective learning , reshaping the planet at an unprecedented pace. Why It Matters
