Start with history of Red Light with Lasers and Serendipitous discovery
Why not just lay in the Sun? Peak Green, very little red and nir.
Penetrates deeper
It's essential for ATP and cellular energy/respiration.
Of ALL the frequencies from the sun that reach us on earth, 630-680 and 800-880 are the most essential!
Why? Because they literally drive our production of ATP and cellular energy!
Why not just lay in the Sun? Peak Green, very little red and nir.
Penetrates deeper
It's essential for ATP and cellular energy/respiration.
Of ALL the frequencies from the sun that reach us on earth, 630-680 and 800-880 are the most essential!
Why? Because they literally drive our production of ATP and cellular energy!
LASERS
Albert Einstein first explained the theory of stimulated emissions of energy in 1917, which became the basis for the production of lasers.
In the 1940s and 1950s, scientists and engineers worked to produce a device based on the principles of stimulated emissions of energy, which was then called a MASER (microwave amplification by stimulated emissions of radiation), useful for its immediate application in microwave communication systems; additionally, they conceived of an optical Maser, or device for creating powerful beams of light using higher frequency energy to stimulate what was termed the lasing medium. As a result, the first laser was invented in 1960, using a Ruby as a lasing medium.
In 1967, Hungarian physicist Endre Mester pioneered laser medicine, including discovering the biological benefits of stimulated light energy on living tissues, including enhanced wound healing. Since that time, scientists and physicians have grown to understand more about the nature of stimulated light energy and its beneficial effects, all the while developing new techniques and devices for the use of lasers in medicine.
Albert Einstein first explained the theory of stimulated emissions of energy in 1917, which became the basis for the production of lasers.
In the 1940s and 1950s, scientists and engineers worked to produce a device based on the principles of stimulated emissions of energy, which was then called a MASER (microwave amplification by stimulated emissions of radiation), useful for its immediate application in microwave communication systems; additionally, they conceived of an optical Maser, or device for creating powerful beams of light using higher frequency energy to stimulate what was termed the lasing medium. As a result, the first laser was invented in 1960, using a Ruby as a lasing medium.
In 1967, Hungarian physicist Endre Mester pioneered laser medicine, including discovering the biological benefits of stimulated light energy on living tissues, including enhanced wound healing. Since that time, scientists and physicians have grown to understand more about the nature of stimulated light energy and its beneficial effects, all the while developing new techniques and devices for the use of lasers in medicine.