How light can bend around an object

How light can bend around an object (In Draft)

By: Richard Brown

Pictures and illustrations are the work of David LaPoint.

David is the plasma researcher responsible for the video series known as The Primer Fields.

In his research, David has outlined some very specific ideas on how structures of matter and energy are both created and maintained.

I happen to believe that his theories in this matter are valid with little to no change in idea or concept required.

With that however, I do believe that this understanding of matter and energy needs to be explored. It needs to be thought about. Applied to other thoughts and ideas we’ve had about the world around us.

Everything from universal formation, light and energy, matter, and even gravity.

Don’t worry, relativity is still with us, as are the other laws we know to be true. Nothing’s changed there, but HOW these interactions work, and HOW we understand their mechanisms is what is being challenged.

If we understand a single photon of light as being a structure of quanta (energy or information) that has a small amount of mass due to it’s high energy, high density containment and field matter.

It would look something like this.

The_Primer_Fields_Part_3.flv_snapshot_05.25_[2013.06.10_20.35.36]The center piece is the photon itself, and is represented by the small green dot.

The colors red and blue are representative of the field polarity of the photon.

Red representing North, and blue representing south.

Now let’s take the single photon and place them in a row with other photons.

Notice how the fields are attracted to one another and hold position. All relative. all sharing information, all part of the same whole, and all individual as well.


Remember though that the fields themselves are actually invisible though. (This is most likely due to the unimaginably small size of the quanta that is making up the energy stream and the structure to begin with)

So,  looking at the row of photons this way, lets imagine that they are traveling at a proximity and an angle so as to just miss us, but the fields of the photons make contact.

In the physical world, this contact would make the photon turn slightly because of the drag on the fields on the side of the fields hitting us.



2 responses to “How light can bend around an object

  1. Helo I find primer fields very inteesting. However I would like to know how are fields – photons attracted to each other since field tun in the same dirrection ?

    • Hello, and thank you for the comment.

      That is a good question. Since the Photon is a dipole structure, it’s energy field moves relative to it’s poles figuratively from South to North. Holding two magnets, or in this case Photon’s, North to North would repel, while aligning them end to end from South to North would create an attractive force.

      I think I’ve got a pretty neat way of visualizing this too. Figure if you had two loops of wire being held one over the other with the current in each moving in the same direction. We know an attractive force will be observed.

      In this part of the representation, our Photon’s are acting more like particles. The Photon being a dipole structure, the South to North visualization is applied, then as the light travels through space we can imagine them as if they were part of a “current.” (This can be observed in an experiment by creating a laser microphone and examining the translation effects of the solar panels.)

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