Creation of Photons

[CraigD]

New Science, after the past several days of discussion in this thread is this quote

As far as I know, there is NO explanation of how these photons are created other than what I have just posted.

still an accurate description of your mental state?

[Mike C]

New Science, after the past several days of discussion in this thread is this quote still an accurate description of your mental state?

 

Well, can you describe how a photon is created?

If you cannot, then you had better look inward.

 

NS

[Mike C]

Photons, that are a form of light energy, are created when an electron returns to its original orbital state after being 'bumped' to a higher (outer orbit) state by another photon.

The return of the photon to its original state is called the 'emission' state . In this way, it acts as a relay for transmission of light from the central region of the stars to the outer regions of space, since it absorbs a photon before it emits one.

 

So, how do these photons develop?

Well, it is the 'magnetic field' component of the EM radiations that creates the photons.

 

The electric component is 'omni-directional' in the sense that it radiates its force equally in all directions that reduces in strength according to the inverse square law, relative to the distance from the particle. So, it is not directional. It is also, a non-variable force that never changes its magnitude but remains constant. It only acts as a 'carrier' of the photon pulses, so in this sense, it does not transmit any intelligence as the magnetic component does.

The magnetic component is 'directional' and varies from zero to maximum, relative to the observer and the velocities of the electrons. Naturally, the electrons are always in constant motions, so a magnetic force will always be present.

 

When the electrons make a transition back to their original energy level, these variations in velocity and curvature from a slower velocity to a higher one and from a larger orbit to a smaller one, creates the photon pulse. This type of transition creates a 'black body' type of pulse because of the variations in the electrons increasing velocity and reducing orbital curvature.

In this case, the omni-directional electric field varies very little in strength relative to the surrounding space while the magnetic field undergoes a large change during these transitions.

 

The MF also radiates in 'one' direction only to an observer because of the changing electrons movement and direction relative to the observer. The magnetic component is zero relative to the observer when the electron is approaching or receding in the opposite direction away from the observer. The radiation from the MF is at maximum to the observer when the electron is moving laterally to the observer.

 

So, these changes in the MF affect the surrounding electric field particles known as 'virtual charged particles'. Although these particles are called 'virtual', they are real because these surrounding fields are 'real'. This is proven because of their 'action at a distance'. The MF's are also real as everyone should know because of the magnets that are common to everyone’s knowledge.

 

So, what happens to the electric VCP's that constitute and surround the EF's when an electron makes its transition and the MF influences these 'VCP's to become photons?

 

The MF causes these VCP's to CLUMP or condense together to form a congregate of 'compressed virtual charged particles' that transmit their momentum by pushing against the virtual particles in front of them. They then transmit this condensed momentum through the EF as a line of standing dominos will transmit its falls to the next dominoes in front of them. In other words, these VCP's will 'wobble' but remain in their positions rather than moving through the field as individual particles.

Of course, this momentum will be transmitted at the 'velocity of light'.

This is how I visualize the creation of light as a photon.

 

Originally, light was presumed to be continuous waves but the Planck research and formula has changed it to a 'pulse' known as a photon.

However, in the ‘ground’ state, the HA radiates a continuous EF sign wave with a wavelength of about ‘one’ angstrom known as a ‘standing’ wave. Due to the uniform electron velocity around the proton, the MF also is constant in magnitude with a sign wave pattern.

 

NS

 

To All

 

It was suggested to me to start a new thread on this subject to get another solution to this problem as officially taught currently in the advanced schools.

 

So, what I did was get an opinion from the web as it is taught now(?)

 

See the text article in this site that I got on my first try.

 

JCE Online: Articles Only@JCE Online: How a Photon Is Created or Absorbed

 

Enjoy and then compare to my brief article. Thank you.

 

Mike C

Formerly NS.

[Little Bang]

EMR has both an electric and magnetic component at 90 degrees from each other, hence electromagnetic radiation.

[Mike C]

EMR has both an electric and magnetic component at 90 degrees from each other, hence electromagnetic radiation.

 

What you say here is that the oscillating EM Field around the electron radiating a standard wave has the two components at 90 degrees to each other.

The standing waves do not radiate photons. Also, we are not sensitive to these SW's.

During the CoP's, the primary component is the Magnetic Field that creates the photons because its magnitude variation is greater than the electric fields variation and the MF's radiation is directional rather than the EF's 'omni' directional radiation.

So this magnetic pulse sends a photon through the EF longitudenally in a straight line that is maximized to the perpedicular transition of the electrons brief transition between the orbits.

 

That last section in that web article above on the HA, does not even mention the MF's participation in creating a photon.

It deals solely with the EF only.

I hope you understand what I am saying?

 

Mike C

[Little Bang]

I understand what you are saying Mike. Go to Wiki and look up electromagnetic radiation. it will show you a picture of how these two components are graphed. Image:Light-wave.svg - Wikipedia, the free encyclopedia