Looking at the matte black coating on the Super Heavy booster base, HydroGraph’s 3D fractal graphene instantly comes to mind as the ultimate upgrade over traditional silicone ablatives (SPAM).
Right now, the booster's engine section has to survive a brutal mix of 33-Raptor thermal radiation, the plasma blast of hot-staging, and harsh coastal salt-air corrosion on the pad. But traditional coatings are passive insulators they just block heat until they char and peel away.
If SpaceX wants to compress turnaround times and maximize payload capacity, moving past legacy materials to advanced nanomaterials like $HGRAF’s fractal graphene is the ultimate play for rapid rocket reuse. Infusing the matrix with a pristine, 3D fractal graphene network completely changes the engineering physics
Energy + compute + automation — all converging into one system.
Issued on behalf of @DataWatts $DWTZ
• Power infrastructure meeting rising energy demand
• Data centers driving compute capacity
• AI, robotics, and automation layered on top
They call it the “Data Watts Economy.”
It’s about the systems behind everything digital.
What part of this shift do you think matters most?
@_jackrain@elkaleh @cryptojohneth1 @FCC@ITU@SpaceX I paid in DOGE to SpaceX for the Launch Service Agreement of DOGE-1, and it's re-booking fee into Limbo (meaning I can elect to request launching at a future mission). At this time we are shooting for the IM-3 surfboard rideshare.
@mary_got_grace@Charlie59845959 Money spent on the Space Economy is one of the few economic activities which generates more money than it uses. Trickle down innovations from R&D pushing the limits of human civilization positively influences the global lives of everyone on Earth's future.
Seek and ye shall find!