Method for changing texture of drink through light irradiation in light information fluctuations and light irradiation texture-changing device in light information fluctuations

Abstract

The invention provides a method for changing texture of a drink through light irradiation in light information fluctuations. The method for changing the texture of the drink through light irradiationin light information fluctuations comprises the following steps: placing the drink in a constant-temperature environment; irradiating the drink with green light with a frequency of 526-606 THz for 6 hours; then irradiating the drink with red light with a frequency of 400-484 THz for 9 hours; then irradiating the drink with purple light with a frequency of 668-789 THz for 3 hours; and finally, conducting light irradiation for 6 hours in a mode where 3 seconds of irradiation of the drink with cross green light, red light and purple light at the same time and 2 seconds of non-irradiation are conducted alternatively. The light irradiation texture-changing device in light information fluctuations conducts texture changing by means of the method for changing the texture of the drink through light irradiation, and comprises a box-type body, a constant-temperature unit, green light sources, red light sources and purple light sources, wherein the box-type body is provided with an open part to form a storage space; and the constant-temperature unit can be installed in any positions in the box-type body. Through the technical means of light irradiation, the taste of food is changed, so that microscopic molecules are precisely regulated, and taste which people like is generated.

Description

technical field [0001] The present invention relates to the field of optical signal wave frequency technology, in particular, to a method and light irradiation modifying device for light irradiation modification of drinks in optical signal wave. Background technique [0002] The research of modern quantum mechanics proposes and confirms that matter has the duality of particle nature and wave nature. According to the basic relationship λ=h / p of the matter wave theory (where λ, p, and h are the wavelength, momentum, and Planck’s constant respectively), due to the mass and speed of the macroscopic objects in daily life, the formed The order of magnitude of momentum is too large compared to Planck's constant, so it exhibits extremely small matter wave wavelengths, so that its wave nature cannot be observed with current technology. However, at the level of molecules, atoms and subatomic particles, its wave properties can be confirmed through diffraction experiments. [0003] Af...

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