I think the Cryonik Miner solves that problem with liquid nitrogen or liquid helium or lightstrips or some
such bull#%*^
https://bitcointalk.org/index.php?topic=214526.62
Topic: Interplanetary trade (Read 537 times)
We could just move 51% of the Scrypt hash power to Proxima Centauri, thus solving two problems at once.
Personally, I prefer to send my transactions via wormhole.
When you're pulling 1.21 gigawatts anything is possible
Probably a hardware (Caucasius) coin can be sent to the remote location to seed the local bitcoin network.
What are you going to trade? 
quantum entanglement allows for instantaneous communication over any distance.
My friends at the Trade Federation expressed a concern.
Assuming Bitcoin network is Earth-based, confirmation of a transaction conducted at a nearest star (Proxima Centauri) will take 8.44 years, whereas gold or US Dollar can be exchanged instantly at any location. How can we overcome that limitation?
Luke?
Assuming Bitcoin network is Earth-based, confirmation of a transaction conducted at a nearest star (Proxima Centauri) will take 8.44 years, whereas gold or US Dollar can be exchanged instantly at any location. How can we overcome that limitation?
Luke?
Stamp the worthless gold with a Bitcoin address and send. When the message is received instantly, the recipient can throw away the gold. Same true with the useless dollar, but instead of tossing it, burn it to generate heat since bitcoin miners now run close to absolute zero.
My friends at the Trade Federation expressed a concern.
Assuming Bitcoin network is Earth-based, confirmation of a transaction conducted at a nearest star (Proxima Centauri) will take 8.44 years, whereas gold or US Dollar can be exchanged instantly at any location. How can we overcome that limitation?
Luke?
Assuming Bitcoin network is Earth-based, confirmation of a transaction conducted at a nearest star (Proxima Centauri) will take 8.44 years, whereas gold or US Dollar can be exchanged instantly at any location. How can we overcome that limitation?
Luke?
Jump to: