If predictions based on General Relativity (GR) are not confirmed, it would represent a significant deviation from established scientific understanding. Any variance from expected results could indicate that GR may be incorrect, marking a pivotal moment in physics. The possibility of a null result in the first run is acknowledged, suggesting caution in expectations. Such outcomes could fundamentally reshape our understanding of gravity and the universe. The implications of these results could be Earth-shaking, highlighting the importance of ongoing research in this area.