[DATA_LINK: COSMIC_CHRONOLOGY_v4.6]
At TechPixAI, we don't just look at the stars; we analyze the algorithms of the universe. 13.8 billion years ago, a singular event—the Big Bang—set the "source code" for everything we see today. From a high-energy singularity to the formation of complex galaxies, the universe is the ultimate processor.
Neural Network Simulation of Early Stellar Accretion
Chronology of a Planet
Fast forward to 4.6 billion years ago. The "disturbance" in a giant molecular cloud triggered a gravitational collapse. This wasn't just chaos; it was physics in motion. As the cloud spun faster, it flattened into a Solar Nebula—the disk-shaped cradle of our solar system.
- 01. Protostellar Ignition: In the center, pressure and temperature rose until nuclear fusion ignited our Sun.
- 02. Accretion Protocol: In the outer disk, dust and ice particles stuck together through accretion, forming the first protoplanets.
- 03. The Theia Impact: Earth’s early history was written in fire. A collision with a Mars-sized body (Theia) ejected debris that eventually coalesced into our Moon.
TechPixAI Analysis: The Universe as Data
Is the universe a simulation? From the precise cooling of the Earth’s crust to the emergence of single-celled organisms 3.5 billion years ago, the complexity of life resembles high-level algorithmic evolution. We are still decoding the "metadata" of our own origins.
Label: STORY_ARCHIVE // TechPixAI Cosmology
CORE DIAGNOSIS