What if …….!
I would like to make a prediction regarding the images taken by the James Webb Space Telescope. It is this: The images taken by the JWST in the near infrared range by its NIRcam will be tens of times brighter than any other images that are taken, either in the visible or microwave range. This is a fairly non-intuitive prediction to make since ultraviolet light has far greater energy than the near infrared and should therefore show up as a brighter image. The reason for this prediction is based on my theory of an Electromagnetic Universe, according to which radio-waves are made up of composite waves consisting of photons linked in parallel. This means that there will be a greater chance of boosting the near infrared signal (i.e., signal in the micrometer range.) from ambient conditions.
I would like to make a prediction regarding the images taken by the James Webb Space Telescope. It is this: The images taken by the JWST in the near infrared range by its NIRcam will be tens of times brighter than any other images that are taken, either in the visible or microwave range. This is a fairly non-intuitive prediction to make since ultraviolet light has far greater energy than the near infrared and should therefore show up as a brighter image. The reason for this prediction is based on my theory of an Electromagnetic Universe, according to which radio-waves are made up of composite waves consisting of photons linked in parallel. This means that there will be a greater chance of boosting the near infrared signal (i.e., signal in the micrometer range.) from ambient conditions.
The Electromagnetic Universe.docx
The Gestalt Aether Theory introduces a new electromagnetic theory of the Universe. This theory encompasses all branches of physics and offers new explanations for previously unexplained or arcanely resolved phenomena. The first paper deals with the
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