Afterlife Certified Medium Psychic
"Proving The Continuity of Life
One Reading At A Time."
Lynn Kent
The information presented here is my experiences and beliefs only.
They are not the last word on what ORBs are or what they represent in
the universe. This is a very controversial subject and its up to each
person to believe or not to believe in what real energy ORBs represent.
Orb Album
We believe ORBs
are impressions of spirit in the earth environment. The orbs
come in all colors and shapes. Some are square, triangular and
undefinable in shape. They are real when captured under certain
circumstances. If you believe in them, they will make themselves
appear.
If you are interested in knowing more about ORBS and how to capture true images, please click here downloads .
Orbs do not reflect, absorb, or scatter light, the three
conventional ways in which objects become visible under illumination.
Rather, it seems that the flash’s photons stimulate the orbs
to absorb the photons, convert them into electrons, and then expel them again
as photons of a lower frequency when the stimulus of the flash ceases.
Then the orb reverts back to its original dimensions. The lower frequency at which the photons are
emitted will be a frequency that is the exact difference between the ‘excited’
state of the orb and the ‘resting’ state.
So, for example, in taking a nighttime picture (or in the
day light with a flash) in which orbs are present, the majority of the scene –
buildings, vegetation, people, pets, and so on are registered by the camera by
the flash’s light being reflected back from the objects into the camera
lens. By contrast, the orbs are not
registered by the camera through reflection but through fluorescence.
One possible explanation for Orb appearances
Taken from "The Orb Project" by Ledwith and Heinemann
Back Stop Forward
Fluorescence happens when a molecule's electrons are stimulated by an electromagnetic stimulus such as a photon. When the electromagnetic stimuli (photons/light) stop, the excitation of the molecule ceases, and the molecule returns to its resting state. The molecule then expels the electrons that can no longer 'fit' into the resting state of the molecule as photons, creating a beam of light. Overhead office lighting is a good example of fluorescence lighting as describe here.