It’s all about computer-controlled collection of what is hidden in the light, or what is available through other measuring methods. They know how hot things are, what they are made of, where they are going and their trajectory anomalies.
Wouldn’t it be wonderful if someone on Earth came up with an interdimensional astronomical lens? And if they did, what would they see? They would see exactly what I’ve described. First, they would be able to see the twin black holes that appear to be one. An interdimensional lens is looking at gravity and time, and the warping of them into patterns.
If you were looking at the Universe with this lens, you’d see how the twins relate to each other, the pulse of them, and you’d see the strands connecting the galaxies very clearly. Wouldn’t that be wonderful? It would explain the missing energy, wouldn’t it? It would give the scientists the reason to increase the four forces to six! And... it’s doable.
- You cannot put it on the lens. It must go as close as it can to the receiving device. In the case of an optical telescope, that is the mirror. In the case of a digital telescope, that is its digital eyeball. That is to say that this lens cannot go anywhere but the focal plane. That will be meaningful to those who build telescopes. It must go there where the focus is collected.
- This lens is not physical. This lens is plasma. The plasma is held together by incredibly strong magnetics. Oh, and it’s very cold. And those are the hints.
When you look at interdimensional things, one of the unexpected things you’re going to see is life! Life sticks out, because of life-force. You can look into a galaxy and the stars that glow [using the filter] will have life around them!
(physicsmtshasta061707)
