Optics Prints

Light rays
From £69.98

Candles under white light
From £69.98

$Refraction of light by lenses & a prism$

Refraction of light by lenses & a prism
From £69.98

$Refraction of light$

Refraction of light
From £69.98

White light split into colours by a prism
From £69.98

Converging lens
From £69.98

Chromatic aberration
From £69.98

$Prints of Spectral colours. Various colour components of two white light beams, seen after refraction by prisms$

Crossing spectra of coloured light
From £69.98

Inverted reflection in a spoon
From £69.98

Optical pattern
From £69.98

Spectral colours in a prisma
From £69.98

Soap film patterns sequence
From £69.98

Candles under red light
From £69.98

$Refraction of light by glass block$

Refraction of light by glass block
From £69.98

Reflection in a spoon
From £69.98

Lens forming image of lamp
From £69.98

Light passing through triangular prism
From £69.98

Flowers under green light
From £69.98

$Prints of Diffraction effect created by the use of a cross screen filter and two polarisers to split the suns light into spectral colours$

Solar spectrum
From £69.98

$Prints of Refraction. A beam of white light passed through an equilateral triangular prism. The light is split into its component wavelengths, producing a spectrum$

Prism dispersing white light, artwork
From £69.98

$Prints of A prism demonstrating refraction and reflection effects. A beam of white light strikes the prism, refracting onto the right hand face$

Light passing through prism
From £69.98

$Multiple refraction and reflection from prism$

Multiple refraction and reflection from prism
From £69.98

Newtons colour disc
From £69.98

$Refraction of light by bi-concave lens$

Refraction of light by bi-concave lens
From £69.98

Light through prisms
From £69.98

Flowers under red light
From £69.98

Isolated Soap bubbles
From £69.98

Newtons rings
From £69.98

Photo of spectral colours in prism
From £69.98

View through a kaleidoscope
From £69.98

$Light refraction by lenses$

Light refraction by lenses
From £69.98

Thin film interference
From £69.98

Diverging lens
From £69.98

Light reflection from 3 spheres
From £69.98

Light spectrum from electronic flash
From £69.98

Prism splitting light
From £69.98

Visible light spectrum
From £69.98

$Bi-convex lens showing light refraction$

Bi-convex lens showing light refraction
From £69.98

$Prints of Refraction. A beam of white light passed through an equilateral triangular prism. The light is split into its component wavelengths, producing a spectrum$

te light passed through a prism
From £69.98

Flowers under blue light
From £69.98

Soap film patterns
From £69.98

Lights
From £69.98

Sun beams
From £69.98

Light split into colours by a prism
From £69.98

Total lunar eclipse, montage image
From £69.98

Newtons rings on clouds
From £69.98

Flowers under white light
From £69.98

Reflections
From £69.98

Multicoloured lights
From £69.98

Focusing light
From £69.98

Lights
From £69.98

$Abstract pattern with diffracted light$

Abstract pattern with diffracted light
From £69.98

$Refraction$

Refraction
From £69.98

Betelgeuse emission spectrum
From £69.98

Omicron Ceti emission spectrum
From £69.98

Pleiades emission spectra
From £69.98

Candles on a cake, Schlieren image
From £69.98

Retina
From £69.98

Optical fibres
From £69.98

Galileo Galilei, Italian astronomer
From £69.98

Rene Descartes, French mathematician
From £69.98

Interference pattern of oil on water
From £69.98

Issac Newton, English physicist
From £69.98

Interference pattern
From £69.98

Soap bubbles
From £69.98

Waxing crescent Moon
From £69.98

$Prints of Optical fibre bundle, computer artwork. The fibres are used to transmit sound and images in the form of light. They are usually made from flexible glass that has a high refractive index$

White light passing through a prism
From £69.98

Soap film colours and patterns
From £69.98

Theorem 18, Monas Hieroglyphica (1564)
From £69.98

$Prints of Light rays and triangular prism. As light rays pass between transparent materials of different densities, they will bend (be refracted) at the boundary$