Eric: Added a Category to the Page

2023-08-30T02:33:45Z

Added a Category to the Page

← Older revision		Revision as of 02:33, 30 August 2023
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	Source: http://individual.utoronto.ca/iizuka/research/cellophane.htm		Source: http://individual.utoronto.ca/iizuka/research/cellophane.htm

	[[Category:Notes]]		[[Category:Notes]] [[Category: Optics]]

Syk0 saje at 04:42, 30 April 2011

2011-04-30T04:42:00Z

← Older revision		Revision as of 04:42, 30 April 2011
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	Source: http://individual.utoronto.ca/iizuka/research/cellophane.htm		Source: http://individual.utoronto.ca/iizuka/research/cellophane.htm

			[[Category:Notes]]

Rasmus: Created page with "'''Using cellophane to convert a liquid crystal display screen into a three dimensional display (3D laptop computer and 3D camera phone)''' Keigo lizuka
Department of Electr..."

2011-02-21T14:54:05Z

Created page with "'''Using cellophane to convert a liquid crystal display screen into a three dimensional display (3D laptop computer and 3D camera phone)''' Keigo lizuka Department of Electr..."

New page

'''Using cellophane to convert a liquid crystal display screen into a three dimensional display (3D laptop computer and 3D camera phone)'''

Keigo lizuka 
Department of Electrical & Computer Engineering 
35 St. George Street 
University of Toronto 
Toronto, Ontario, Canada M5S 1A4 

'''Abstract.''' We present a novel, inexpensive, stereoscopic technique for generating 3D images from cellophane on a liquid crystal displays which are most typically used for a laptop screen or a camera phone screen. Stereoscopy requires independent manipulation of the left and right eye views. 1 Our technique takes advantage of two facts; the first is that the light from the liquid crystal display of either a laptop computer or a camera phone is polarized light 2, and therefore we can easily manipulate its transmission with a polarizer sheet. The second fact is that a cellophane half-waveplate can change the direction of polarization of light. The direction of polarization of one half of the liquid crystal screen was rotated by the cellophane half-waveplate. Two images displayed with orthogonal polarization on two halves of the screen become separable by wearing a pair of glasses of orthogonal polarization. A distinct advantage of our technique is its simplicity; either a laptop screen or a camera phone screen can be converted into a 3D display with minimal knowledge of optics. An additional advantage of our technique is that we can eliminate the need for the observer to wear special glasses by making the screen wear the glasses instead. This is possible because there is normally only one viewer at a time, and the relative orientation of the viewer's head and the screen is sufficiently stationary. A further significant discovery is that we verified that cellophane (costing mere pennies) proved to be a better half-waveplate than a commercial half-waveplate (costing hundreds of dollars for the required size) for rotating the polarization of white light.

Source: http://individual.utoronto.ca/iizuka/research/cellophane.htm

3D Display From Cellophane - Revision history

Eric: Added a Category to the Page

Syk0 saje at 04:42, 30 April 2011

Rasmus: Created page with "'''Using cellophane to convert a liquid crystal display screen into a three dimensional display (3D laptop computer and 3D camera phone)''' Keigo lizuka Department of Electr..."

Rasmus: Created page with "'''Using cellophane to convert a liquid crystal display screen into a three dimensional display (3D laptop computer and 3D camera phone)''' Keigo lizuka
Department of Electr..."