Lyutik966
The man in the red
I don't know who this person is, the photo was taken spontaneously. I was just walking through the hall at the exhibition and saw this man in a red light. NAMM 2021 in Moscow, PROLIGHT+sound pavilion.
What did I get in the end?
Red - corresponds to the radiation of an electromagnetic wave with a length of approximately 625-740nm (the beam spectrum consists only of red).
RED color: It is often associated with energy, war and danger. This color has a strong emotional impact and can speed up metabolism, increase breathing rate and increase blood pressure.
Scientists from the University of Strathclyde (Glasgow, Scotland) have developed a new method to combat antibiotic-resistant pathogenic bacteria in the hospital environment. It consists in the use of high intensity light. The new disinfection method proved to be much more effective than conventional cleaning and disinfection. As microbiologist John Anderson explains, this uses "a narrow spectrum of visible wavelengths that magnetize the molecules contained in the bacterial environment."
The man in the red
I don't know who this person is, the photo was taken spontaneously. I was just walking through the hall at the exhibition and saw this man in a red light. NAMM 2021 in Moscow, PROLIGHT+sound pavilion.
What did I get in the end?
Red - corresponds to the radiation of an electromagnetic wave with a length of approximately 625-740nm (the beam spectrum consists only of red).
RED color: It is often associated with energy, war and danger. This color has a strong emotional impact and can speed up metabolism, increase breathing rate and increase blood pressure.
Scientists from the University of Strathclyde (Glasgow, Scotland) have developed a new method to combat antibiotic-resistant pathogenic bacteria in the hospital environment. It consists in the use of high intensity light. The new disinfection method proved to be much more effective than conventional cleaning and disinfection. As microbiologist John Anderson explains, this uses "a narrow spectrum of visible wavelengths that magnetize the molecules contained in the bacterial environment."