LIGHT

Light has been studied by leading scientists since Newton’s investigation of it in 1672. Light usually refers to visible light.^31A Light comes atoms in the form of discrete energy packets called Photons.^31C It is responsible for the sensation of our sight.^31A It is a part of electromagnetic radiation that can be seen by our eyes.^{31A, 31B} Light from ordinary sources (fire) is emitted by atoms.^36A Light acts like both a fundamental particle and an electromagnetic wave.³³ They are Gauge bosons, force carriers using discrete bundles of energy (quanta) from photons. See reference ^31c, from Wikipedia; subject: Gauge boson, dated 22 January 2020 at 14:07 (UTC), also,(see page 30 and 39). The quantum theory based on Max Planck’s radiation law is discrete amount of energy is released by an oscillating Atom as a photon or quantum. The atom itself does not oscillate. Being a part of the electromagnetic force (bosons), frequency of the photon’s mediating subatomic particles are the oscillating measurements. Author, also see Wikipedia, subject; Atom, dated February 19, 2022, at 10:27 (UTC). The energy of the quantum is equal to the product of the frequency of the radiation.³⁴ Further hypothesized, Intense mediating between discrete bundles or “quanta” of subatomic particles creating the electromagnetic force (bosons) to propel light photons. For more information see https://www.symmetrymagazine.org/article/july-2013/force-carriers. In 1905 Albert Einstein explained how the photoelectric effect works for the transmission of light by using the discrete energy packets or quanta.³⁵ Light is still not fully understood.³²

Light travels in a straight line. Gravity causes light to curve.³⁸ In the known universe light travels a speed of 186,000 miles per second.³⁶