PHOTONS

They say that photons have no electric charge and have zero mass. This couldn’t be true or solar panels would not conduct electricity, also termed electrons. Photons are simply electrons that come from light, or the sun, which provides the full rainbow of colors for photosynthesis where plants only accept the blue and red waves and reflect the remaining colors of the full spectrum.

The sun is what causes our bodies to need sleep, which in the medical world is called photoperiod and photoperiodism. The powerful light bulb in the atmosphere begins the aging process by initiating the secretion of our pineal gland fluid which is called in the medical profession a photoreaction. The reaction is releasing melanin in the brain telling our body to shut down for a bit. Melanin is Greek for black, like when we sleep it goes black. Melanin is present in numerous cancers with Melanoma being the most common.

Large medical and insurance companies use a photoradiometer to measure which ionizing radiation of light can penetrate certain areas of the body the most like lithium ion.

When the sun goes away all plants start immediately producing condensation or water which is where the evening and morning dew come from. They do this to protect themselves from the next round of the sunburn.

Think of our Cells paying a sun tax each time it plays the circle game on us. In the medical community this is called phototaxis. 

The sun is what causes infants to be born blind and people to eventually become blind or slowly lose their vision while aging. In the medical world this is called photoretinitis. 

photomotor. Pert. to muscular contraction induced by light.

photon [Gr. photos, light]. A light quantum or unit of energy of a light ray or other form of radiant energy. Generally considered to be a discrete particle with zero mass, with no electric charge, and of indefinitely long life.

photo-onycholysis. Separation of the nail from the distal nailbed in conjunction with sun exposure and simultaneous use of drugs such as antibiotics.

photophthalmia  [" + ophthalmos, eye]. Keratoconjunctivitis produced by excess exposure to intense light 

photopathy (fò-tõp'ă-the) |photo, light + pathos, disease, suffering]. Pathologic effect produced by light.

photoperceptive (fo"to-per-sẽp'tiv) (" + L. percipere, to receive]. Capable of perceiving light.

photoperiod (fo"to-pere-od) l" + L. per-iodus, period]. The daily duration of exposure to light of a living thing. 

photoperiodism. The periodic occurrence of biological phenomena in relationship to the presence or absence of light. In most animals, the sleep-wake cycle is a form of photoperiodism.

The sun is what causes our bodies to sleep and begins the aging process by initiating the secretion of our pineal gland fluid which releases melanin in the brain.

melanin. [Greek, melas, black]. The pigment that gives color to hair, skin, the substantia nigra of the brain, and the choroid of the eye. Exposure to sunlight stimulates melanin production. It can be prepared chemically. It is present in some cancers such as melanoma.

photophilic (fo-to-filik) |" + philein, to love]. Seeking, or fond of, light. 

photophobia. Unusual intolerance of light. Occurs in measles and rubella, meningitis, and inflammation of the eyes.

photophone. Device for production of sound by action of light.

photophoresis. SEE: photochemotherapy. 

photopia. Adjustment of the eye for vision in bright light. Opposite of scotopia. 

photopic (fõ-töp'ik). Pert. to bright light. 

photopsia, photopsy. Subjective sensation of sparks or flashes of light

photoptometry (fo"öp-töm'ẽ-tre). Measurement of light perception. 

photoradiometer. Device for determining the ability of ionizing radiation to penetrate substances. 

photoreaction. A chemical reaction produced or influenced by light.

photoreactivation. Enzymatic repair of lesions such as can be produced in DNA by ultraviolet light. 

photoreception. The perception of light rays in the visible light spectrum. 

photoreceptive. Capable of perceiving light rays.

photoreceptor (fo"to-rē-sep'tor). Sensory nerve endings or cells that are capable of being stimulated by light. In humans, rods and cones of the retina.

photoretinitis. Damage to the macula of the eye due to exposure to intense light. SEE: blindness, eclipse.

The sun is what causes infants to be born blind and people to eventually become blind. 

phototaxis. The reaction and movement of cells and microorganisms under the stimulus of light. 

Think of our Cells paying a sun tax each time it rises.

phototoxic. Pertaining to the harmful reaction produced by light energy, especially that produced in the skin. Simple sunburn of the skin is an example of phototoxicity. 

phototherapy. 1. Exposure to sunlight or artificial light for therapeutic purposes. 2. Use of light to treat certain conditions. Hemolytic jaundice of the newborn, q.v., is treated with either exchange transfusion or phototherapy, or with both. Phototherapy is used by exposing the jaundiced newborn to either natural sunlight or fluorescent light (blue light). The exposure is continuous; the infant is turned frequently for maximal exposure to the light. Use of phototherapy has decreased the need for exchange transfusion in infants with hemolytic disease of the newborn. SEE: exchange transfusion; hemolytic disease of the newborn; icterus neonatorum; kernicterus; photomedicine; psoriasis.

photosynthesis. The process by which plants are able to manufacture carbohydrates by combining carbon dioxide from the air with water from the soil, utilizing light energy in the presence of chlorophyll. Only plants containing chlorophyll are capable of thus producing sugars. The red and blue waves of the spectrum are absorbed by the chlorophyll, but all other rays are reflected. When simple sugar is formed, the plant utilizes the light energy plus water and carbon dioxide to form carbohydrate. The sources of energy for this synthesis are the blue and red rays that are absorbed by the plant. To make 1 gm of natural sugar, the plant uses 750 cu. ft (21.24 cu. meters) of carbon dioxide.

As soon as the sun goes away all plants start immediately producing water which is where the evening and morning dew come from.