TEREMBURA periodical - WHAT THE WAVE NATURE OF THE LIGHT MAY DERIVE AND FROM WHAT HE HAS THE COLOUR?

36. Wordtimes

FROM WHAT THE WAVE NATURE OF THE LIGHT MAY DERIVE AND
FROM WHAT HE HAS THE COLOUR?

From the light there was a word many times already, but I received so many questions in connection with this, that I try to give a logical and understandable answer to these for our readers on this sheet. There will be additional sheets, De in connection with the life yet the light, the energy likewise his very important elements for the life, and it is necessary to clear up many questions around the light yet because of this.

They wrote many books about the light already. But I did not find an answer in one onto these questions. It was avoided, than cat the boiling mush. The wrote down they deal with experiental facts only, and a substantive answer is given to the theoretical questions rarely. The light himself spatial something, and this very much confidence crook thing. As soon as I wrote it down already, the energy not somebody else, than one a time loop was entangled in himself, (like this quite wild thing), but that's right himself himself his reason. He feeds on his own past. This is true for all time loops, the physicists working with the relativity theory and mathematicians throw it away because of this. They think the thing of a wrong result. Though this good one and real (and fruitful) the key of a solution. Like this shower on the window with the bathwater the child. Stronger their prejudice, than their wanderlust.

Let's see, what whispers the nature! His transparency does not depend on the toughness of the substances, and then only not too his condition, because there are transparent gases, liquids and solids. These may be whitish, or coloured. There is something on the other hand what gives an interesting mark to us. It at five with bigger density (relative density) (5 g/cm 3 ) until all of them with a metallic appearance, and in visible light not transparent. It is possible to develop these into a thin layer of course that he should allow the visible light through, and this the light generally with a bluish nuance (this thickness pendant). But if just transparent, then the many times bluish. He has a similar colour when I place two Polar fleece filters upon each other and I turn their Polar fleece planes away from each other. This does not turn black, but will be dark blue entirely. Everybody may obtain one like this one cleared out from a calculator, a bad quartz clock. This is a little film stripe, a film slip. Place an other LCD of yours upon a calculator if you took it out, you are LCD onto a clock. You may observe very interesting things. If you cut it into two and you place it on each other, you may notice the blue colour mentioned by me then, if turn on each other the film scraps. I earned other one giving a colour, but I did not find it unfortunately, I have a diverse film though. Shows so prepares for a last very much this polarizer, you are with a technique only one kind. The authoritative one may be the short wavelength of the blue colour here.

Az atomátmérők a nagyobbak felé csökkenő.

If I do not have a some other kind of polarizer I prepare something that justifies all this then, and never mind, because we receive some other kind of whisper because of the nature, because the colour of the crystals and his density show a context, which depends on the atomic weight of the atoms in him on a large scale,. How the number of the nucleons increases is the interesting one in order for them to pull their electron shells onto one farther in and farther in. I recall it as a reminder here from the previous sheet, because this is a very essential thing. It whispers from atoms.

The substances with little relative density let the most short wavelength light across usually. The milk after all white, and lets the light across himself hardly. The red flower because of that red, because all of them swallow the rest of the colours while the red cellophane is red because of that, because he lets the red colour across himself only. The gamma radiation the lead or the uranium swallow it only already fine. Other, only it usually himself dangerous. They use the lead because of this. This cheaper, and not bomlékony, because everything atomic disintegration is the terminal of a process quasi. He is not decaying already longer. Soft metal, with a knife can be cut can be carved. Was this amorphous one, soft one helps in his absorption characteristic, because his atomic disorder makes the penetration of the light difficult on the entangled crystal lattice. Unbelievable, but the water swallows the considerable part of the dangerous radiations well, the visible one is good at light though translucent. The window-pane quite amorphous substance, and after all transparent. Annoying. Then well from what the substance may let the light across himself, or why swallows it? Some of the questions may appear totally amateur, since the optics tudorai onto these already a hundred the answers are known eaten. Are you sure?

Well, let us buy it nicely in a row. It is said that the gamma is radiation with big strength compared to the visible light, and the infra-red one represents smaller energy even at this. My doubts arose in connection with this. The feeling of mine that they confuse the penetrability with the carried energy arose. We quote it only up this contradiction from the 40 year function boards! How are the things related? The speed of light I do not hope for it since then changed.

Only from these data it is possible to point out many interesting things. the red light 299705,500 km/s, and the blue one moves with 299703,500 km/s of speed in the air. Their velocity difference 2 km of second. Their refractive index 1,0002906 and the 1,0002970. in view of the fact that we see only a most little spectrum part, this difference most prestigious, if we give a thought to it, that how wide yet the the lane of the spectrum which cannot be seen for us. It is claimed that in vacuum does not differ the velocity of the different coloured light quanta. Their wavelength, which may be very essential yet likewise, is kisé differently according to the table.

Shows on the coursebook figure well, that from the white light being refracted by the prism the red one (v), what progresses more quickly in the air according to the table curves away less on the prism, while it is violet with bigger energy supposedly (i). Well only the question of mine which slug is the slug with bigger energy; it that just that falls down in front of my foot, you are it the one that reaches the stage of the target. Everybody votes for the target one. And here the light? The faster one and less turning, you are the much more sluggish light quantum though? If the red one is the one with bigger energy on the other hand, then for what the blue one penetrates onto deeper one into the substance? Because the blue light quantum is smaller, than the red one, and it can creep in between atoms better because of this, and the nucleons into themselves? This looks more probable.

The light quantum with a smaller size gets in under the scaled surface of the nucleons much more easily, but leaves much more easily from there. A Ukrainian researcher headmaster followed Chernobil on its time at me (dr. Goulash lord). Asked a council, how exempting the lands from the radiation quickly could be him with what according to me. I advised it for him, that a lot (weekly) let them plough, let them sprinkle dilute boracic acid with solution, and let them be praying for the much sunshine. The radiation will rise intensively first at this time, will decrease rapidly then. It phoned later, that the thing came in. This was a double treatment. The sunlight fills it with light on all wavelengths the isotope atoms, but opens their scales, and land got to the surface so more excite the much smaller gamma can hand it in better in his state light quanta. Because where warmth (big light) is, there faster the half-life. Because of this photosensitive the C14 the process of isotop dating. The sample exposed to the strong light first even hundredfold accelerated radiates, starts relaxing then.

The light and the substance fluctuate because of his time feedback returning onto our original questions. Permanently, but not infinitely. Not electromagnetic wave. The colour of the light and his wavelength derive from the mechanical diameter of the time loop. I do not know that there are light quanta arising in separate separate space arising in a plane yet, or one and the same kind oscillates the plane and his spatial vibration states. This looks more probable. We prepare to hatch up a measurement series for this now his statement. We have sound ideas already. The coloured polarizers expectedly (partly) to give an answer to the thing for a tooth.

Various things follow from these. In the space incomplete the vacuum, we are wandering around in the stratosphere of the Sun, our central star practically so. In the same manner the dust substance of the completeness of the galaxy and his stars accross radiated very dilute, but after all a considerable amount and mass reports a medium, the light quanta pass by much atom in the course of their followed road so. Near and distant. The atoms likewise not compact, what the light quanta. Their overflowing globular longitudinal floodplains enter into an interaction, which causes differences in their orbit, with each other in a great distance. The phenomenon has to exist likewise in the space if the diffraction is so big among us.

Onto this I made only an experiment yet. I looked at the sky with a ultra-violet and picture amplifier with infra-red sensitivity, and the result reflected. I saw so many stars a hundred times infra-redly, than in the visible province, and much fewer stars showed through the ultra-violet amplifier.

If we look at the stars through the gas medium of the space (and we do not know it some other way), the red light will get into our eye from a star mostly then, because the blue light quanta are scattered scattered in the course of their road. It, that we regard them as whitish only because of it after all is, that the colour clairvoyant our eye (our optic taps) for him already little the light, and we see black and whitely only already at this time. Wonderful and coloured universe opens up in front of us on the long photos with expositional time. I mean they are resplendent in all kinds of colours the stars. A yes, this do not make changes in it, that the blue one is scattered mostly and the red one little. I would like it, if on this the astronomer colleagues, and our cosmologist would reflect. This modifies our picture formed about the universe surrounding us and our notion in the bases of the undeniable medium scattering. It M 20-21 dust galaxies is resplendent in spectacular colours on the sky because of the elucidated substance with big mass. Let who likes the astronomy visit it our start great burdock you are though from here Anita's astronomical sheets.

The energy is the light himself. Not only his colour informative. Each single light quantum fetches his star world's message, his planetary system, the beings living on them for us, and they all of his thoughts. We cannot solve this yet with our instruments, but there is a mysterious one in us something, our soul, that interprets the beauty of the universe after all for us possibly his infinity and the thoughts of the created beings living in him.