Time Travel Invention
Would this work?
A while ago, I’ve thought of a possibility of a time travel that would allow one to see in the past, but unfortunately, I don’t know anyone experienced in developing such electronic devices, and don’t have much of the time and resources to test and experiment with it itself. So I’m going to see here of the possibility if it might work. But the invention simply works like this; it is based on (Einstein Relativity Theory), and the path of light through matter such as those things that reflect it such as mirrors, and transmit it such as glass.
According to Einstein’s relativity:
A. The faster one begins to travel, to this person, the time slows down, such that as when one moves faster and faster, near the speed of light, the time dilation becomes highly recognizable. But the paradox is that anything with mass ‘cannot’ reach the speed of light, because its mass becomes infinite, and so takes an infinite amount of energy.
B. However, if for some reason you are to go faster than the speed of light, then not only will time slow down completely for this person, but time would be reversed, as its mass would not only shrink to nothing and would become ‘negative mass’
Now, with that in mind, as I’ve begun to learn this, I’ve thought of a possibility around this, which would involve mirrors; moving mirrors for that matter, and then which led to the possibility of something much simpler using glass and/or plastic. But first needs to be understood how they work, and it seems to can be explained and understood better with mirrors, but would be easier made with glass, and or plastic.
According to the way a mirror works:
A. As one looks into the mirror, one sees the reflected light, which reaches his or her eyes from that angle of incidence from the particular direction. However, the important part about mirrors is that when you look at it, you are seeing from its point of view. This is the first fundamental of the time travel idea. It is as if you are another person standing in the place of the mirror, and looking at the environment from the point of view.
B. The second thing of what we notice is that when we turn the mirror through 3D space, as we look into it, it is as if all the reflection of the mirror is changing too, in which it is. Now according to A is since we are seeing from the point of view of the mirror, if we change the mirrors ‘head’ in a given direction, then in that direction we will see. And in which appears to happen when we do so.
C. The third thing about mirrors is that when you rotate it not in a 3D direction, but in a rotational direction such that the mirror is still facing you all the time, the perception is not altered. However, the important thing to notice is that, the motion is still taking place. And yet we look through, it and nothing appears to happen as a result of its motion.
Now we know that nothing with mass can travel at the speed of light, so neither can the rotating mirror. However, another thing needs to be understood for this time travel idea to work. And that is additive forces on each other, if you keep adding more force to a ball or something it will keep going faster and faster. And if you throw a ball in a given direction and it hits say a brick wall, the ball will exert a force on the wall and the wall an equal force to the ball. However, if you take two balls and throw them at each other the sum of their forces will be added. So in essence, it is adding motion.
Now as was explained before, when one looks into a mirror, it is as if that person is the mirror observing.
When one turns the mirror, it is as if that person is turning.
When one rotates the mirror such that it doesn’t change angles, it is as if the person is moving with the mirror, but the effect is not noticeable.
When two forces come together, their forces are added.
Mirrors Reflect Mirrors
This brings us to the next possibility. If when you look at a mirror that is rotating, and then you have another mirror looking into that mirror, then it is as if you are also the second connected mirror looking through its point of view, because mirrors reflect mirrors.
Now concerning additive motion, what would happen if you have the two mirrors rotating in the opposite direction? Wouldn’t there motions be added? And then what if you added another mirror to that mirror rotating in the opposite direction of the previous, would not that motion also be added?
So now, as we can see, if we look into this system of rotating mirrors, according to the way mirrors appear to work, you would not notice that the mirrors are moving. But they are, so what change would result of it, if we were to repeat it to much larger scales?
So the postulate is that,
A. The speed of the rotating mirrors, and
B. The number reflecting mirrors should multiply and add up the motion.
C. And that should proportionally be equal to the ‘virtual’ time dilation of the perceive observer.
And thus, since we can make as many mirrors as we want, we can multiple motion of say 100 miles per hour, by 100 times, by just 100 mirrors. And concerning creating things on small scales, we can have a system of rotating mirrors in one little small space.
Now moving back to Einstein’s Relativity, since we are looking at a systems of rotating mirrors that relatively add up to near, at, and more the speed of light, and since it is as if WE ARE THE MIRRORS observing, then would this make time appear to slow down as it reaches higher speeds, and then wouldn’t it be possible to ‘see’ the past through this system of rotating mirrors, because it is possible by adding more and more, in relation to the motions of all the mirrors, to reach beyond the speed of light? And concerning transparent materials can the same thing be accomplished.
Transparent Materials are like Mirrors
Now after the mirror postulate, I began wondering. If when you look through a mirror, it is as if YOU are the mirror, then wouldn’t that mean that if you look through a glass it is as if you are looking through the glass? And we know the same thing results: when we rotate a mirror as we look through it, nothing appears the to happen, and the same, when we look through a glass and rotate it, nothing appears to happen, but the motion is there regardless.
Now as with telescopes some have mirrors, and some use pure plastics see through, or glass. So if we had a system of glasses all rotating at opposite ways before the next, then shouldn’t the illusion of time dilation become noticeable, and even into the past?
So the postulate for a ‘glass’ one would be:
A. The speed of the rotating plastic/glass, and
B. The number transmitting glasses should multiply and add up the motion.
C. And that should proportionally be equal to the ‘virtual’ time dilation of the perceived observer.
Now concerning light moving through such large paths such as mirrors and transparent materials it experiences a sort of ‘friction’, so more than likely as with microscopes, flashing light and lens would probably be need to help maintain its long path. But do you think this is possible? Such that when one looks through it, whether it be mirrors or plastic, that he or she will see that particular space as it was ‘but so far’ in the past or perhaps in slow motion in relation to the motions and the number of elements the lights travel through?
What are your thoughts on this? Do you think it is possible?
