ROUTE: /cosmos · THE RECORD SECTION
The Cosmos simulation runs a time-compressed sequence: Big Bang → early universe particle field → Milky Way galaxy formation → solar system at scale with all 8 planets (NASA JPL orbital data) → Miyake Event pulse ring.
At t=1.335 (simulation time), an amber ejection ring fires from the Sun and expands outward, reaching Earth — visualizing the solar energetic particle event of 14350 BP. The ring is not decorative. It represents the physical moment the ¹⁴C spike was generated.
Observable Universe (46 billion light-years radius) → Local Group (10 million light-years) → Milky Way (100,000 light-years) → Orion Spur (3,500 light-years) → Solar System (2 light-years to Oort Cloud) → Earth orbit (1 AU = 149.6 million km) → 14350 BP anchor (the fixed point on the timeline).
8 planets rendered at Kepler angular speeds. Saturn rings included. Distance panel shows: Sgr A* to Sun: 26,673 light-years (8.178 kpc) · Sun to Earth: 1.000 AU · Sun to Jupiter: 5.203 AU · Sun to Neptune: 30.069 AU · Inner Oort Cloud: ~2,000 AU.
The Miyake Event was generated by our Sun — a stable star operating on the 1×1=2 compression-expansion engine. Gravity (compression, Force A) balanced by radiation pressure from fusion (expansion, Force B). For 4.6 billion years this equilibrium has held. The 14350 BP pulse was an above-average solar energetic particle event recorded in the equilibrium product: every living tree on Earth.