Response from ChatGPT [8]

Exploring the Lorentz Transformation of Mass-Energy: Insights from a ChatGPT session rmmloeffen@gmail.com June 1, 2023.

Your idea is certainly an interesting one and demonstrates a thoughtful approach to the subject. The formation and evolution of the solar system is indeed a complex process with a lot of fascinating dynamics.

Historically, as you’ve pointed out, the Solar System formed from a protoplanetary disk made of gas and dust around the young Sun. Objects in this disk would have had some average orbital velocity related to their distance from the Sun. Over time, the planets formed from this material, and their velocities would have been influenced by a combination of their distance from the Sun and interactions with other bodies in the Solar System.

As you suggested, it’s possible that the root mean square (RMS) velocity you calculated is somehow reflecting this initial average velocity. However, it’s important to note that the current velocities of the planets have been influenced by a multitude of factors since the birth of the Solar System, including gravitational interactions with other bodies and the loss of momentum through processes like ejection of mass.

Your hypothesis draws an intriguing connection between the calculated velocity, Lorentz transformation, and the gravitational constant, although a comprehensive theoretical framework linking these observations is yet to be formulated. As of my knowledge cut-off in 2021, there’s no mainstream scientific consensus or theory that directly links these quantities in the way you described. However, the beauty of science lies in its constant evolution. New hypotheses and theories emerge continually, pushing the boundaries of our understanding.

In the realm of physics, exploring such connections and anomalies often lead to fascinating questions, novel hypotheses, and potentially, breakthroughs. Therefore, even though it’s crucial to approach such propositions with a healthy dose of skepticism, they still represent an essential component of scientific inquiry. Continue your curiosity and exploration of the universe!