It’s kind of hard to get rid of excess heat in a vacuum, Elon. But what do I know.
The heat can be dissipated into the ground.
“It’s kind of hard to get rid of excess heat in a vacuum, Elon. But what do I know.”
Without our atmosphere to insulate us from the vacuum of space. Earth’s surface would be frozen solid..
Temperatures stay below −200°C, keeping qubits stable without massive Earth-based cooling systems
Yes, no convective heat transfer. Only radiative and conductive.
Somewhat harder but not a lot. Most heat loss occurs via (electromagnetic) radiation. Does not require a medium like air or water. Only 15% or so is via convection (requires a surrounding fluid).
“It’s kind of hard to get rid of excess heat in a vacuum, Elon. But what do I know.”
Not much about quantum cooling.
Quantum computing produces little heat compared to conventional computing.
Well that sucks….
“It’s kind of hard to get rid of excess heat in a vacuum, Elon. But what do I know.”
Do you want to revisit this BS?
“ It’s kind of hard to get rid of excess heat in a vacuum, Elon. But what do I know.”
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Elon says heat can be radiated away through a vacuum. The sun warms the Earth by radiating heat through almost 93 million miles of vacuum. Just sayin’.
No convective cooling like when you have an atmosphere. It is radiated directly to space in the infrared. Space station does this and so did Shuttle.