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New 3d Tv!
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Junior Member
Join Date: Jul 2004
Status:
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Senior User
Join Date: Jan 2001
Location: Sydney
Status:
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creating small dots of plasma. that ish is full on!
MM
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Addicted to MacNN  Join Date: Jul 2005
Location: Cooperstown '09
Status:
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Banned
Join Date: Oct 2004
Location: Six feet under and diggin' it.
Status:
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Great for pr0n! 
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Mac Enthusiast
Join Date: Jan 2006
Status:
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.......................................
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omg..... imagine working with the Mac OS with that kind of display..... =')
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Senior User
Join Date: May 2005
Location: Austin, Texas
Status:
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HDTV was so 2005. Hello plasma!
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Junior Member
Join Date: Jul 2004
Status:
Offline
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Man, one day we're going to be telling our grandchildren about how we use to watch Flat, 2-D TV's. They will LOL in our faces!
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Mac Elite
Join Date: Aug 2003
Location: Minnesota
Status:
Offline
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A pixel = a dot. There is a connection here. Lets hope the first 3D TVs are not 50x50x50 pixels!
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Baninated
Join Date: Mar 2005
Location: An asteroid remanent of Tatooine.
Status:
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Had them years ago in high resolution color. You Earthlings are always late.
I call them fakers because the early primitive version on Tatooine needed vapours for the lasers to interact with or they would keep travelling until they hit a surface before creating plasma. These Japanese scientists claim to be making it in nothing but normal air, not possible with regular lasers. It wasn't until we found quantum computing and using a circuit of electrons in the air that surrounds us that we were able to create three dimensional holographic presentations. We created light in different colours by manipulating photons, electrons and atoms in the air with supercharging. Infrared lasers were a bain trying to control in 3d space and harmful to the eyes of many early testers.
Once we mastered that we were able to use the same technology for the basis of the light saber only we increased the output significantly so that we could create a beacon of condensed powerful light that could cut through solid objects.
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Clinically Insane
Join Date: Oct 2000
Location: Los Angeles
Status:
Offline
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This appears to be a pretty good post about the technology on the news item's page from Fluppetteer
An interesting way of doing it, but "true" 3D displays have
been done before (multiple layers of LCDs, projecting an image
on a moving mirror, etc.) - although this version does offer
a bit more potential resolution.
The disadvantage of these technologies over multiple-view
displays (LCD shuttered stereo displays, lenticular overlays,
true holographic displays) is that they can't provide proper
occlusion information - you can always see the "back" of a
surface through the front (assuming the back is visible from
any angle), and you can see through objects to those behind.
They do have the benefit that there aren't steps between
viewing angles, though - the 3D effect is continuous. I suspect
the multi-view displays are the way forward, because it's easier
to add resolution than to overcome a fundamental problem with
the display (unless there's a way to make bits of the display
area opaque - anyone know a way to make a plasma cloud up when
hit by UV light?)
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"The natural progress of things is for liberty to yield and government to gain ground." TJ
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Professional Poster
Join Date: Nov 2004
Location: Belgium
Status:
Offline
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Never understood this obsession with 3D tv or 3D display devices. It looks nifty but that's about it.
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iMac 20" C2D 2.16 | Acer Aspire One | Flickr
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