jonpaulv
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So you move faster then it. Sorry this got into speed.
The discussion revolves around the behavior of light, particularly photons, in various contexts such as vacuum, interactions with materials, and the implications for the observable universe. Participants explore concepts related to absorption, reflection, and the theoretical limits of light's travel distance.
Participants do not reach a consensus on several points, including the nature of photon interactions, the implications for the observable universe, and the reliability of astronomical measurements. Multiple competing views remain throughout the discussion.
Participants note that assumptions and limitations exist in the discussion, particularly regarding the nature of vacuum, the behavior of photons, and the methodologies used in astronomy.
jonpaulv said:Move me ten miles an hour inside of a subway train moving 60. I then am going 70. So move something inside of light. Find something that moves inside of light.
jonpaulv said:Move the waves of light faster or have something that travels at its own speed that is attached to light. Making it move faster then the speed of light. So thinkof light as the train and as this sub level matter entity move along the light waves. thus using the light as a boost. I mean this is sci fi but still tangible if discovered.
jonpaulv said:there’s a little thing called wave-particle duality, that shows by experimentation (meaning it’s not just some crazy idea, it can be observed) that light is both a wave and a particle. Not that sometimes it’s a wave and sometimes it’s a particle, but in fact that light is both a wave and a particle simultaneously.
jonpaulv said:something can move through the particles and thus is moving faster then the light.
jonpaulv said:Do you know if the vertical movement of the waves is created at a faster pace then the horizontal?
jonpaulv said:Create an atom that travels through the emr of light. using the emr as let's say its land or train and then have it run on the emr. Thus traveling faster then the emr. But you would have to have the finishing point of the emr because at some point the train ie light emr would end and it would catch up to the end of it. But if we can do that with preexisting light then we can use it to travel. travel through the lights and bounce from one area to the next utilizing preexisting light.