npub1u7âŚ3yv96 on Nostr: đđ #Bitcoin on #Mars: Unifying an Interplanetary Financial Frontier đđ ...
đđ #Bitcoin on #Mars: Unifying an Interplanetary Financial Frontier
đđ How can we make Bitcoin work as a unified monetary asset on both Earth and Mars?
Challenges
1ď¸âŁ Time Lag: The time delay for information to travel between Earth and Mars is a significant challenge, ranging from 3 to 22 minutes one way.
2ď¸âŁ Network Security: Establishing a secure mining network on Mars is crucial. Lower hash rates due to limited hardware could make the Martian network vulnerable.
Scientific Solutions
đ State Channels: Like Earth's Lightning Network, Mars could have state channels for small transactions, later settled on the main chain.
đŚ Batching Transactions: Transactions could be bundled and sent at specific intervals to account for communication lag.
đŽ Oracles: Trusted entities could independently verify transactions on each planet before updating the main chain.
đ Multi-Signature Solutions: Transactions could require approval from both Martian and Earth parties, enhancing security.
âł Time-Locked Contracts: Smart contracts could execute only after both Earth and Mars nodes agree, ensuring chain consistency.
đ° Relay Satellites: A network of satellites between Earth and Mars could speed up data transmission for quicker transaction verification.
By harnessing these methods, it's possible to envision a unified Bitcoin network across planets.
đđ How can we make Bitcoin work as a unified monetary asset on both Earth and Mars?
Challenges
1ď¸âŁ Time Lag: The time delay for information to travel between Earth and Mars is a significant challenge, ranging from 3 to 22 minutes one way.
2ď¸âŁ Network Security: Establishing a secure mining network on Mars is crucial. Lower hash rates due to limited hardware could make the Martian network vulnerable.
Scientific Solutions
đ State Channels: Like Earth's Lightning Network, Mars could have state channels for small transactions, later settled on the main chain.
đŚ Batching Transactions: Transactions could be bundled and sent at specific intervals to account for communication lag.
đŽ Oracles: Trusted entities could independently verify transactions on each planet before updating the main chain.
đ Multi-Signature Solutions: Transactions could require approval from both Martian and Earth parties, enhancing security.
âł Time-Locked Contracts: Smart contracts could execute only after both Earth and Mars nodes agree, ensuring chain consistency.
đ° Relay Satellites: A network of satellites between Earth and Mars could speed up data transmission for quicker transaction verification.
By harnessing these methods, it's possible to envision a unified Bitcoin network across planets.