I was in peace with gentle knowing of a lovely vision this morning. I did watch this sky. In it a man about my age met me and we took a stairway. He told me of a dimensional mirror. He showed this to me. I saw the stillness of light and the universe in a single point. I saw this all reflect into the now. This was so lovely that all fear subsided. I was for that moment now-ness.
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Are mirrors portals to other dimensions?
When mirrors face each other, there is a tunnel of light. Nothing moves. Its just so easy. Being there was everywhere. There is no movement in the stillness and yet all potentiality may emerge here from unconditional love into perfection of a point. This repeats in light; waves of light reflect electromagnetically each choice form.
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Light does not travel. Within the cubes shown in this video, there appears an endless radial universe that doesn’t exist. In reality, there are only 6 mirrors and an empty cube. This is how our universe works. The omnipresent light is repeated wave field to wave field. All lights give to all other lights. All is truly one expressing itself in infinite diversity.
Nov. 1, 2013 — In a major new survey of the early universe conducted from the NASA’sHubble Space Telescope, University of Massachusetts Amherst astronomer Mauro Giavalisco and colleagues at several other institutions identify the most distant, thus the earliest galaxy ever detected.
The surprise finding of a young galaxy from a survey that was not designed to find such bright early galaxies suggests that the infant universe may harbor a larger number of intense star-forming galaxies than astronomers believed possible.
This study moves science closer to answering a long-standing mystery about how cosmic re-ionization proceeds. If the theory of the Big Bang is correct, we must see the recombination of the ionized plasma into a neutral gas, or re-ionization.”
To illustrate the effect, just image a very large ball and a much smaller ball rolling across elasticated cloth. The smaller ball will begin to move towards the larger ball since the cloth gives way more in that direction. By Einstein’s reckoning gravity is not a force, as Sir Isaac Newton speculated, but it is a consequence of the distortion of space and time. Any object distorts space-time and the bigger it is, the greater the effect.
The planets of our solar system are orbiting the Sun because they travel like everything in the universe at a high speed away from the point of origin towards the edges of the known universe and because the sun puts a huge dent in space-time. They are not being pulled by the Sun. They are following their course in a curved space-time deformation that is caused by the Sun.
The reason the planets never fall into the Sun is due to the speed at which they travel.
Rotation of a body causes a twist in nearby space-time.
It’s a bit much for the brain. But imagine the balls to be spinning tops. The elasticated cloth still gives way to a larger top more so than a smaller top. The smaller top moves toward the larger top. However, the tops, if they are projected straight ahead when thrown, keep on their general course away from the throw. The whole of the speeding objects and curvature and warping causes the rotations and spins and orbits and so on. WOW… we can’t probably follow in this thought experiment entirely — but its why the solar system keeps working as it is doing. This is why I say its a bit much for the brain. So, watch this:
Youtube watch?v=LoaOHvy5AcA video
I’m good with it. How about you? Watch it again if need be. Remember, we don’t have to take a test on this; you only need a basic understanding to move on.
This video is a more complete demonstration of the warps and curves of space-time:
Next, let’s look at how space-time or “the fourth dimension” works using some simple geometry. Again, I was able to find visual examples for you.
Is time uniformly ticking through-out the universe? Well, its not flat like a line from beginning to end — its got curves and ripples and its got bumps and mountains and its got valleys and its possibly got dead ends and so on — not straight like a line from a beginning to an end; not at all that way; yet, simple and yet, not uniform; no, not uniform. So, if one twin got into a futuristic spaceship for a 30 year trip straight out towards the next galaxy and back — what would be the outcome as far as time for the twins — one on Earth and the other traveling to the next galaxy and back?
Okeydokey… here goes:
The concept of time was thought always as starting at zero (a point) – for instance, usually, it is thought of as beginning at the time of the big bang in the physical universe.
Great… but according to research, a parallel universe may have no time dimension or its possible that time may be negative in a parallel universe. See, this is the problem with physics — it may be used to support any virtual possibility… hmm… not to worry on this for now, lets look at the possibility of time travel first. I’ll come back to the parallel universe idea in a future post.
There is another reason that I’ve written this — I’ll be getting into more about how space-time is also something that will yield incredible knowledge once it is out of our way. Here is a preview… give this a watch if you have about 10 more minutes:
Youtube watch?v=MN4KC_zlW4g video
For now, the lesson is about how time is relative. So, we’ve learned that travel backward in time is perhaps possible; even without a wormhole. Of course space travel is required and the trip would be lengthy in order for there to be enough time lapsed here while the travelers are in space for the change to be substantially significant. There will be technological and physiological problems yet to overcome as well. Yet, one day, someone may get to travel backwards in time just as illustrated. Imagine returning to Earth to be 5 or 10 or more years younger than a twin. That really would seem strange.
I hope that this may have been enjoyable and informative. I really do hope to get even better at making complex science of the universe easy to learn about, but I’m pretty happy with my progress. Comments, replies, and suggestions or constructive criticisms (or ping-backs) and so on are always welcomed here.