Leo KoGuan: KQID gravity theory proposes new dimension identity in general relativity

Leo KoGuan: KQID gravity theory proposes new dimension identity in general relativity
KoGuan links KQID to relativity units

Leo KoGuan has introduced an analysis linking his KQID gravity theory to the dimensional structure of Einstein's field equation from general relativity. The tweet presents a breakdown of units, stating that the dimension analysis confirms a KQID identity relating mass, space, and time. This forms the basis for the assertion that the space/time squared relationship in general relativity supports the framework of KoGuan's theory. KoGuan’s remarks aim to provide insight into the mathematical consistency of KQID with established Einsteinian physics.

KoGuan previously introduced a KQID mass formula that proposes a new dimensional approach to the Einstein mass-energy relationship. He has also quantified the difference in strength between gravitational and electrostatic forces, citing a factor of 10^42 times in favor of the latter in recent analysis published earlier this year. Each statement forms part of KoGuan's ongoing exploration of fundamental physics concepts.

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