11:07 Everywhere i went this weekend i saw lots of guys looking like Schrodinger.
Now let's get to Schrodinger. I remembered from a corner of my memory i once saw something really bizarre. Electrons do not orbit a positive center but form lobes where they exist as waves with probabilities according to Nobel laureate Schrodinger.
How will they stay there without orbiting and not fall attracted by the center, that is a mystery to me.
I also was always intrigued with the electron microscope. It makes sense to use optics and see things with light since photons do not have mass.
How about electrons. They do have a mass and they can knock out or electrify big time the specimen.
What i propose is those places around positive charges they call lobes of probability are actually swirls.
Swirls that can contain the equivalent charges or speed and AEther pressure for several electrons.
When an assembly gets excited which means energy is added, a lob burps a small swirl that would be repelled because it rotates in the same direction with the big swirl and start moving by itself, pretty much in the same way a cigarette smoke ring would and then would break in pairs, rotating in opposite directions.
Or get entangled like in the Audi sign.
As for the center itself, it is my understanding from what i read it rotates with an unmeasurable speed, in which case the electron clouds exists only as a trail of some sort, also to compensate the AEther pressure.
Question. Whitin lobe theory which is closest to mine, from which lobe a photon is emitted when it goes to a lower state of excitation? Could it be... from all since the probability of electrons existing within a lobe should remain the same? Could it be the 4 smaller whirls of the photon moving away be emitted in succession by all 4 lobes?
No comments:
Post a Comment
Friendly comments welcome
Note: Only a member of this blog may post a comment.