Earth Kepler Blockchain Transfer

Episode 44 of official release The Mind Atlas

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Transcript

SPEAKER_00 2:14

The communication delay between Earth and distant space. Locations like the Kepler Space Telescope is on the order of minutes, about 13 minutes one way. However, for interstellar distances like between Earth and an exoplanet orbiting a star, such as Kepler, actual real-time blockchain transactions would be profoundly affected by communication latency, potentially taking centuries. If a blockchain transfer were attempted between Earth and a Kepler-like exoplanet system, the light travel time could reach around 300 years each way, given the vast interstellar distances. This means a blockchain transaction sent from Earth to Kepler would take about 300 years to be received and acknowledged. And similarly, the return confirmation or subsequent communication would take another 300 years. This approximates around 600 years total round trip latency for information exchange. Because blockchain technology typically relies on relatively fast data synchronization to maintain consensus networks often, requiring seconds to minutes on Earth, the extreme lag of centuries would create major challenges. The blockchain network for interstellar communication would need to be partitioned or locked, such that local Earth transactions proceed independently and quickly. While a specialized, blockchain server or partition handles the slower, interuniverse, or interstellar transactions exclusively. Hence to maintain operational feasibility. The Earth-based blockchain would process Earth transactions rapidly without waiting for interstellar confirmations. The interstellar blockchain link would function in a locked or isolated mode, syncing with Earth only after the centuries-long communication delay. The blockchain structure might adopt a delayed consensus, model, or snapshot states to accommodate these immense latencies. This concept aligns with the understanding that blockchain networks depending on real-time consensus cannot practically span interstellar distances without specialized architectures or partitioning to handle the enormous signal delays. Summary, blockchain transfer across the 300-year light travel distance between Earth and a Kepler-like exoplanet system causes approximately 600 years round trip delay. The blockchain network must be divided between a fast Earth local network and an exclusive, high latency interuniverse network locked from quick Earth transactions to realistically manage these immense delays.