General Relativity Advances the Development of GPS

How can people find their way in their destiny when driving a car in a city outside the city they live in? Maybe they will use maps and compasses, or they can ask the pedestrians for direction. This approach works reliably, but today a new navigation method, the Global Positioning System, has emerged and is becoming increasingly popular among car drivers and travelers alike. Behind the boom in using the global positioning system, there is a theory to strengthen general relativity, GPS development.

Einstein's gravity is completely wrong. General relativity is invalid. What can GPS do for general relativity? The assumptions and tests of general relativity are closely related to astronomy, especially astronomical navigation. If you want to ensure that general relativity is not effective, you need to do physical training; but more importantly (especially for GR) astronautical navigation training. Have you ever heard these statements before? They are often quoted as a result of Einstein's theory of relativity. Unfortunately, these statements are misleading. Let's add some words to them for clarity. "There is nothing faster than the speed of light in a vacuum" "Light in vacuum always travels at the same speed" The extra three words in the vacuum are very important. Except for the full vacuum, others will scatter any particles present.

Einstein has two kinds of relativeities, special and general. Contrary to common beliefs, special relativity is neither more special nor advanced than general relativity. This is just a "special case". Only works when things move smoothly without changing speed or direction, will work in certain situations. Strange thing is that this size change depends on your location. I saw some people docking at the last stop, but it was still not bigger than pendrive. I do not think putting my thumb inside, but three passengers can reassure themselves. They are also small

This is about time extension, special time, and time expansion of general relativity. In the case of special relativity - light time delay - it is clear that light is bent by the atmosphere. Therefore, the speed of light is not constant. What can we do with GPS for special relativity? No signal from the GPS will not be sent back to the GPS from the receiver on the earth. In general relativity, we know that general relativity is invalid, there is no doubt. "After a century of development Einstein's general relativity theory proved to be an unexpected prediction and consistent with all experimental tests.Test and a very accurate theory" But in fact, These sentences are nonsense