Optical Orbs ◕◕
The Psychology of how color relates to the body and mind outlines that a child's brain is stimulated more by the black and white contrast than that of color.
Therefore a brightly colored newborn baby's room may need a 'black and white' infusion integrated in the design!
So is it color psychology or eye spectrum discrimination?
Sir Isaac Newton demonstrated that light travels in waves, when he shone white light through a triangular prism and the different wavelengths refracted at different angles, enabling him to see the colors of the rainbow (the spectrum).
When light strikes any colored object, the object will absorb only the wavelengths that exactly match its own atomic structure and reflect the rest - which is what we see.
When light strikes the human eye, the wavelengths do so in different ways ultimately influencing our perceptions, then in the eye's retina they are converted into electrical impulses that pass to the hypothalamus (the part of the brain governing our hormones and our endocrine system).
As we interact in our color speckled modern world, although we are unaware of it, our eyes and our bodies are constantly adapting to these wavelengths of light.
flickr today
Optical Orbs ◕◕
The Psychology of how color relates to the body and mind outlines that a child's brain is stimulated more by the black and white contrast than that of color.
Therefore a brightly colored newborn baby's room may need a 'black and white' infusion integrated in the design!
So is it color psychology or eye spectrum discrimination?
Sir Isaac Newton demonstrated that light travels in waves, when he shone white light through a triangular prism and the different wavelengths refracted at different angles, enabling him to see the colors of the rainbow (the spectrum).
When light strikes any colored object, the object will absorb only the wavelengths that exactly match its own atomic structure and reflect the rest - which is what we see.
When light strikes the human eye, the wavelengths do so in different ways ultimately influencing our perceptions, then in the eye's retina they are converted into electrical impulses that pass to the hypothalamus (the part of the brain governing our hormones and our endocrine system).
As we interact in our color speckled modern world, although we are unaware of it, our eyes and our bodies are constantly adapting to these wavelengths of light.
flickr today