Uploaded August 2022 | Updated September 2026, 6 hours ago
Harry shows how Einstein's interpretation of the Relativity Principle as requiring symmetric physics effects led to Special Relativity's problems & paradoxes & contradictions that were pointed out by Dingle, and many other physicists, and never correctly rebutted by relativists. In fact, the relativists' rebuttals have ironically supported Dingle's assertions. (Note: Harry correctly describes how Einstein's intepretation of the Relativity Principle must led to concluding that all inertial clocks must have the same proper time accumulation rate. So when Harry says that Einstein came to the "wrong conclusion" that a moving clock will run slow, some viewers, especially fans of Special Relativity, may then erroneously dismiss the whole presentation as they know that moving (atomic) clocks run slow, whereas Harry's and Dingle's point is that, within the context of Special Relativity (e.g., the symmetric time dilation equation), slowed clocks is incorrect as that requires an asymmetric equation.
Harry shows how Einstein's interpretation of the Relativity Principle as requiring symmetric physics effects led to Special Relativity's problems & paradoxes & contradictions that were pointed out by Dingle, and many other physicists, and never correctly rebutted by relativists. In fact, the relativists' rebuttals have ironically supported Dingle's assertions. (Note: Harry correctly describes how Einstein's intepretation of the Relativity Principle must led to concluding that all inertial clocks must have the same proper time accumulation rate. So when Harry says that Einstein came to the "wrong conclusion" that a moving clock will run slow, some viewers, especially fans of Special Relativity, may then erroneously dismiss the whole presentation as they know that moving (atomic) clocks run slow, whereas Harry's and Dingle's point is that, within the context of Special Relativity (e.g., the symmetric time dilation equation), slowed clocks is incorrect as that requires an asymmetric equation.
