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Dive into the world of light and images through workshops and activities like making 3D pictures and anaglyph images using pinhole cameras. Learn about RealD 3D and how to use circular polarization for immersive visuals. Discover the art of perception, color mixing, and optical illusions, including stereograms and bioluminescence. Engage in astronomy through colorful visuals and experiment with various light phenomena. Uncover the magic of refraction, scattering, and stereo view technologies.
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Images http://news.bbc.co.uk/1/hi/sci/tech/8319044.stm
Lights Camera Images A workshop from IOP Images and Light Emitters
Activities Cameras Images Light Perception Astronomy
Cameras and images • Making a 3D picture • Pinhole cameras
3 dimensional images - making and viewing Anaglyph images – viewing and making
Anaglyph imagesare used to provide a stereoscopic 3D effect, when viewed with 2 colour glasses (each lens a chromatically opposite colour, usually red and cyan). Images are made up of two colour layers, superimposed, but offset with respect to each other to produce a depth effect. Usually the main subject is in the centre, while the foreground and background are shifted laterally in opposite directions.
Insert pictures in the anamaker 1.08 software AnaMaker.exe
RealD 3D using circular polarization The 3D effects in films such as Up, Avatar and Alice in Wonderland are produced by filming two images one slightly to the left of the other. One image is circularly polarized in a clockwise direction and the other in an anti clockwise direction. The Real D 3D glasses allow only one of the images to get to the left eye and the other image to get to the right eye. The projector projects the right eye image and the left eye image alternately at a rate of 144 times per second. The brain combines these images to give the effect of depth.
What can you produce with a pinhole camera? Over Clifton Suspension Bridge. This picture by Justin Quinnell had an exposure of 6 months This picture was a first attempt by Alison Alexander with an exposure of 1 week.
Colour Colour mixing Colour rendering
Rays and seeing String rays Modelling pinhole cameras
Perception • Seeing in stereo Anaglyph images Real3D Stereographs • Persistence of Vision Flicker books • Optical Illusions Cards
Images • Refraction Water bubbles Telescope Drawing Ray Diagrams.pptx
Light • Polarisation Double refraction • UV Beads, banknotes, stamps • Scattering Sunset experiment • Cold Light Fluorescence
Bioluminescence bioluminescence.pptx
Stereograms Stereogram was discovered by Charles Wheatstone in 1838.
Astronomy Colourful Astronomy.pptx
Contacts http://www.iop.org/activity/education/Teacher_Support/Teachers_Network/page_2574.html
Lights Camera Images http://www.chromoscope.net/ Some interesting physics images.pptx