Vasile Effect

 Answer to Special Relativity: Since clocks traveling at high speeds run more slowly, do clocks at the equator run more slowly than those near the north pole? Has this been measured? by Mark Eichenlaub  https://www.quora.com/Special-Relativity-Since-clocks-traveling-at-high-speeds-run-more-slowly-do-clocks-at-the-equator-run-more-slowly-than-those-near-the-north-pole-Has-this-been-measured/answer/Mark-Eichenlaub?ch=15&oid=3438269&share=c36c5f24&srid=Kxsx&target_type=answer Clocks at sea level run that same speed no matter their latitude, as a simple thought experiment can show. Imagine Alice is at the north pole and Bob is at the equator. Alice has a laser that shoots light to Bob. So mister PHD in physics answers the question by a 'simple thought experiment' which involves shooting a laser pointer from the North Pole to the equator. Simple, right ?  Sure, if we imagine that the earth is FLAT ! Because in the real world if you try to do that with a laser pointer

  Are Atomic clocks slowed by Earth’s magnetic field ? You bet your compass ! One of the main arguments made by Einstein fanboys in defense of general relativity is that, besides the many experiments which have confirmed it, which I have debunked together with Dr Edward Dowdye from NASA, general relativity is also confirmed by the fact that clocks tick slower in a strong gravitational field than in weaker one, which is a prediction of GR named gravitational time dillation. And give as an example atomic clocks in GPS sattelites which tick faster than those on earth, because the gravitational field is weaker in space. But you know what else is weaker in space ? The Earth’s magnetic field. I know, it’s incredible, but Earth actually has one. Because the Earth is a giant magnet. And the atomic clock has cesium metal atoms in  it, and also a magnet inside to separate them. That is, it’s mechanism is based on MAGNETISM. So instead of gravitational field with gravitational time dillation, I p