Wednesday, December 13, 2023

December 13

1:08 This is a very interesting one. In a laser ray each photon flies perfectly parallel with others. Will a convex mirror open the quanta of light into a higher wave length or will it just reflect each of it into a separate direction? Common sense says that each ray (photon, quanta) should depart into a different direction.

There are so many weird things in the world of physics, more people should spend their time thinking of those instead of movies and racism and stuff. And not leave it for scientists. Scientists are few and they can be coerced.

Locking the physics into hard to read and understand formulas (that BTW don't really work) that happened more than 100 years ago scared many people away from it. Like Windows and object oriented scared away the programmers.

1:25 I know nowadays people are scared of rainbows and stuff and i tend to agree because it is a bit scary. But do you remember the prism diffraction experiment in school? Something that shines on a Pink Floyd cover?

The page linked below looks like for school children, the source of light is not even mentioned.

Sun is a source of light some would say of continuous spectrum, where all colors or wave lengths or frequencies of visible light and beyond are present. I don't know why, cause the Surface of the Sun is supposed to be made of hydrogen, right, which emits only a tiny part of the spectrum. Ok neverminded, is the temperature. Gas is plasma at 6000 C. (Then how do they establish chemical composition of distant stars through diffraction?)

This image which looks like a vectorization following strictly a real one, each ray that exits the prism seems to be dispersing, as each color is made of separate rays that at some point will separate. Have to note the weird coincidence with this prism having a pyramid shape. Could have been a blade shape, wouldn't have changed this experiment but i think would have been harder to illustrate.

Though i think this particular coincidence could be beneficial. It brings me closer to understanding what has happening inside Egypt pyramids.

Light is just a tiny bit of the so called EM spectrum.

There are let's call it for now EM radiation with wavelength bigger than light that could be created by high voltage/frequency applied to the gold pyramidion that could propagate through limestone or primitive concrete whatever like light through glass and be diffracted, diverted, dispersed or whatever by those or better said, air/rock separation surface, like air/glass for light. Though it gest a bit more complicated than anticipated. But closer to an end.

After enlarging (normalizing it to my blog size) the image shows each wavelength stays the same after separation though each changes a bit direction. Do you remember why?

But i think there should be a also wavelength shift for each color after passing through a separating surface (air/glass and again glass air).

3:38 If it's from Hungary, it's reverse psychology. Hungary and/or Japan or other entity through coerced Hungarian actors control all governments of the world. But let's not forget, Orban is a movie director by trade.

4:00 See? I'm not alone in the Universe!

9:05 Was thinking. While descending in squares above the surface of the charged gold pyramidion the super (pyramid made) quanta (made of arrows like in this video though one on each side) is stretched (turquoise ones) and the 4 disturbances (arrows) get longer as new ones are pushing from the tip and accelerated (as distance between those is increased by repelling) to speeds faster than light. Many times faster.

It can do it without breaking the laws of physics if it stretches space, reverses time or both. In a way, it makes sense. To recreated the original void you may need to turn back time all the way to the big bang. Or at least to the time the space where the pyramid is was outside the expanding Universe.

Now i think i know at least one way to build a ship wrapped in a void bubble. By using a pyramidion pointing backwards at the end of it (stern).

No comments:

Post a Comment

Friendly comments welcome

Note: Only a member of this blog may post a comment.