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  • Is the cherencov radiation an example of energy bounce off?

  • can electrons emerge from a lower shell, when it has a friend is in the shell above it? Trying to think about centering wave tends to outer shells... maybe other waves can penetrate deeper into the atom.... esp since a photon is net charge zero.

  • can electrons emerge from a lower shell, when it has a friend in the shell above it?

  • .youtube.com/watch?v=8ykCWaVcj­SA&feature=related

    Alien scientist, with frank, gives a bit explanations to the start of those videos. Good work buddy, keep it up

  • @KicsiVK1 the link you provided seems to be wrong.

    Can you put the right thing?

  • .youtube.com/watch?v=8ykCWaVcj­­SA

    just into youtube search and its the first to come up

  • Sorry for my EN:

    I think of an experiment with two splits. If we vibrate the atoms (or electrons) of the screen in the area of the main maximum of interference what will happen? Are we gping to lose the intererention or we focusing the light? If the electrons of this area are vibrating with the speed necessary for ttransition, and the light wave hits that are4a first, then all the light waves must collapse in that area, What do u think? This is experiment so simple and it will proof the theor

  • Hey!!!! Don't worry about the negative comments!!! YOU'RE DOING A GREAT JOB. patient with the younger minds. This stuff is ... reality-shattering.

  • doin a great job man. Thanks very much

  • "You know your Right"

    As was once said by a dead fella'.

  • Energy transfer when impedence match. So far so good. Electrons locked in fixed orbits. What about sub-orbitals? Problem is when we talk of orbits, we are only thinking of electrons as particles - discrete in space ! Central electro-static attraction from nucleus countered by whatever ! The p, d and f orbitals all have interesting probability distribution/shape !

  • @totallyfreeenergy yes. i will cover this in part 19. even the concept of angular momentum is just a mathematical configuration. its not a true representation of reality.

  • @seattle4truth

    One more problem. In 2 slit experiment when photon wave collapse due to quantum transition because speed of electron is close to impedance matching with core vibration what determine that electron is catching incoming photon and jump to higher orbital and not just emit another photon and fall on lower energy state ! VERY INTERESTING PROBLEM !

  • @bodziobran

    Actually it happens times to time. It is called stimulated radiation and all lasers work on this principle (but there is one more thing - inverse population of the energy levels of the atoms). You must keep in mind that such thing as "photon hit" do not exist. Energy transfer exists only

  • Down With Tyranny!

    LibertyPoet

    website

  • Great serie. More people should be watching these videos. Thanks, from Brazil.

  • Au contraire mon frere !!! Bravo pour toutes ces infos MON FRANGIN !

    Bises

  • @baboonsquadron lol i dont actually speak french but i think I can decipher.. thanks for watching.. i wouldn't be still doing this if there was no support!

    peace

  • This remind me of Alchemist trying to find the key formula turning lead into gold.

  • Comment removed

  • @TripleX2go

    and I'm sure seattle4truth will cover that problem in the following videos ;-)

  • I can't believe anyone visualizes the electron orbits like a planet, but it takes all kinds!

    The way I visualized the electron "orbit" thirty years ago was the electron probability cloud. It is everywhere in the cloud.

    As far as the photon being absorbed onto the electron cloud using the wave analogy. As in the ocean, there are many conflicting waves which can make the ocean choppy. When some crests move close enough they join up forming a big wave. These can add up to "freak" waves.

  • @baalisgod666 yessir. i will cover electron clouds and uncertainty principle in the next video. and fourier additions. :P

  • You got me so far, I'm ready for some more math.

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