@elonmusk First principles critique of the Mars architecture:
Starship solves transport, but hits a hard biological wall: 38% gravity. Below 0.67g, mammalian embryos lack the gravitational vector required for development. Without 1G, Gen 2 is a dead end, turning Mars into an underground retirement home, not a self-sustaining city.
To bypass this, you need power-heavy infrastructure: subterranean 1G rotating centrifuges. This proves the ultimate bottleneck isn't rocket logistics—it’s the underlying energy hardware layer.
Chemical fuel is a low-efficiency dead-end. The true physics endgame requires mastering maximum fuel density. In theory, dark matter annihilation converts 100% of mass directly to energy via E=mc², yielding 9x10¹⁶ Joules per kilo. That is the exact power density needed for continuous 1g relativistic travel to cross light-years.
Why build a chemical railroad before mastering the fundamental energy stack that actually unlocks Star Wars-level travel? What's the real play?
Y'all Are Raccoons @Pumpfun
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@ChrisCamillo Chris, you’ve got to spill some early juice before the peptides trade. Are you looking at the contract manufacturers that stand to profit from that, or leaning more into the direct-to-retail side, like telemedicine distributors?