An Idea

[Profpat]

[Unreal Zelta]

So matter is just a color of light as well.

I don't quite follow the logic.

regards

Zelta

[dipayankar]

That's a great movie Prof. I think this is the first movie I saw which predicts graphically the location of an electron rather than leave it to the 'uncertainty principle'

Hi Dipayankar;

It's both. If you view the link to the video on my above post you'll see an animation how both properties manifest.

Best,

Pat

[Profpat]

One scientist's image of a photon, with the emphasis on the particle, in space.



And another interpretation by a different person.

Electromagnetic field intensity for a photon dot with a/d = 0.5

Another different source.

[Profpat]

Incoming yellow photon:

Photon absorption for 800 MeV photon energy¶

• The movie has been produced with 10 parallel ensembles using the method of perturbative particles for the FSI description
• Note that the incoming photon is just drawn by hand to show the beam axis. The real simulation starts, as soon as the photon has been absorbed.

Color encoding¶

protons : blue
neutrons: red
non-exotic baryon resonances : yellow
exotic baryon resonances : white with blue/violet stripes

pions : green
exotic mesons : white red stripes

[AntonioLao]

One scientist's image of a photon

Would the same scientist agree to the hypothesis that a photon has a topological genus of 2??? That is to say it has two holes.

[Profpat]

Would the same scientist agree to the hypothesis that a photon has a topological genus of 2??? That is to say it has two holes.

Like the image at the left. Does a photon have to be genus2, why not 0, 1, 2, 3, ..genus?

[Profpat]

Would the above be a 0 genus ( No Holes? )

[Profpat]

The "Iconic Image" of entangled photons

featured in Physics World, November 2002

[Profpat]

In quantum mechanics, the behavior of an electron in an atom is described by an orbital, which is a probability distribution rather than an orbit. In the figure, the shading at a point indicates the relative probability of the particle in the lowest-energy orbital being at that point.