So what is something? Start from nothing. This gives us the possibility to build something, anything and every thing. But what ARE things really made of?. Firstly things are known to be made from matter, and matter is made up of molecules. Molecules are made up of things we call atoms and atoms make up all of the elementary particles. Matter
Molecules
Atoms
Elementary Particles
There are four ‘organic’ molecules which make up all life. Prot
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Zoom in close enough on anything and we can observe that everything is made up from only seventeen particles, which form three underlying catagories: Quarks, Leptons and Bosons.
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Quarks and Leptons group to become protons and neurons, which make nuclei of atoms, whereas Bosons effect what particles can do and how they can do it. The Bosons are governed by four fundemental forces, and these forces are known as the Rules of the universe. Electromagnetic
Gravity
Strong nuclear
Weak nuclear
How can we see things? Our eyes see the colours of things through the electromagnetic spectrum. The colours of the rainbow: red, orange, yellow, green, blue, indigo and violet. But we can only see in a limited colour spectrum (widely believed) because eyes first developed under water. Visible Colour Spectrum
Colour information is received by tiny receptors in the retina (at the back of our eyes) called cone receptors. They pick up light at red, green and blue wave lengths. Using an additive colour system, RGB light (when merged) creates millions of colours. Primarily: cyan, magenta, and yellow. CMYK colour is used to make up printed colours.
RGB Additive Colour
There are 7 million cones found in the retina, as well as other photoreceptors known as rods. There are over 120 million rods and their job is to receive light in black, white, and grey fields. Rods detect form and shape of things, and are responsible for sight in low light. Together the cones and rods work to make a picture of what we see. Transfering the light we see into nerve impulses which pass to the brain along the optic nerves from both eyes. Ciliary Muscle
CMYK Subtractive Colour
Cornea (Aqueous humour)
Intraocular Fluid
Pupil (Black)
Retina
Iris (colour)
Macular
Lens (Clear)
*in each eye
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Photoreceptors found in the retina The hole at the front of the eye (the pupil)) allows light inside, the pupil appears to be Cones Rods black due to the absorbtion (subtractive colour) of light which is not reflected back. The ciliary muscles stretch or squash the lens, to focus light onto the retina. The macula in the retina allows for central (detailed) vision.
We all see things slightly differently this is part of what makes us an individual, it is amazing that we could all visit the same place and appreciate things in a completely different way. In being able to share our common experiences, share the pleasures we feel, can leave open our eyes and minds to gain in the experience of others which overlap with our own journey. From the moment we are born, our eyesight develops quickly, our vision takes time to adjust to the light, but once we start to focus and understand what we see, we then start to learn how to interact with things. We already have the best lens money can buy, developed to see hi-def, retina quality, reactive to Red, Green and Blue light waves, similar to a TV screen, monitor and phone. The innovation of mankind mimks our own bodies nature.
Some simple set rules...
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Nucleus Components Art Styles Mediums Catagories
Min i m al is
nism
Abstraction
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