The article discusses the importance of developing synchronized coordinate time references for interplanetary travel, especially given the complex influences of gravity and motion on clock rates. Einstein's relativity suggests that the ticking rate of clocks varies based on their gravitational potential and relative motion. This study develops a framework for determining the coordinate time on the Moon in relation to Earth, showing that a clock on the Moon's equator ticks faster than one on Earth's equator, leading to essential calculations for inter-celestial communications and exploration.
Establishing a coordinate time reference for the Moon requires understanding how gravitational potential and relative motion affect clocks, crucial for interplanetary exploration.
Our framework reveals a clock at the Moon's equator accelerates 56.02 microseconds daily compared to one near Earth, highlighting significant time discrepancies in different gravitational fields.
Collection
[
|
...
]