Or a transmitted beam programmed to activate at a set distance or altitude.
If it was something being propelled then the flatten and expansion would be furthest away from the source of the propulsion. So that would mean the propelled object in this instance would be travelling away from camera over the horizon, not coming over the horizon towards the camera
You may not believe it is theoretically possible mate, but it is reality. Did you not see the link i posted earlier where they beamed a doritos advert into space? that wasnt no dodgy site mate.
You want to know how it works well its like this.
Barium or more specifically strontium barium niobate is applied to the atmosphere.
This was taken from wiki Funny thing that, it has now been deleted from wiki since i posted this on another forum, this is taken from that forum, yet is not on wiki anymore.....HMMMM
Strontium barium niobate A chemical proponent of NASA's Project Blue Beam, employed into the atmosphere via chemtrails to display holographic images in the sky. When an image is projected with lasers through a photo refractive double conjugate crystal (lens) into the SBN saturated sky, A realistic image in 3-D is produced.[11]
Found this but it also seems to have been deleted
Strontium Strontium. (ˈstrɒnʃiəm STRON | shee-əm, / ... Strontium barium niobate is used in large scale outdoors Holgraphic displays as a "screen". ...
http://en.wikipedia.org/w/index.php?title=Special:Search&search=Strontium+barium+niobate+&go=Go
Abstract: An innovative technique for generating a three dimensional holographic display using strontium barium niobate (SBN) is discussed. The resultant image is a hologram that can be viewed in real time over a wide perspective or field of view (FOV). The holographic image is free from system- induced aberrations and has a uniform, high quality over the entire FOV. The enhanced image quality results from using a phase conjugate read beam generated from a second photorefractive crystal acting as a double pumped phase conjugate mirror (DPPCM). Multiple three dimensional images have been stored in the crystal via wavelength multiplexing.
http://www.stormingmedia.us/09/0948/A094833.html
more here
http://www.google.co.uk/search?hl=e...+Search&meta=&rlz=1R2ADFA_enGB351&aq=null&oq=
http://www.opticsinfobase.org/abstract.cfm?id=9413
You can believe its not possible if you wish, though with these links it would more a case of not wanting to admit you are incorrect on this
......geek! :notworthy
OK, I have done a little more research. Firstly, your two wiki refs (one has recently been removed for poor sourcing and "questionable" claims) were both entered by the same user, who has no other edits on any scientific topics (his handful of minor edits are mostly about Dr Who and Twilight, plus a spectacularly abusive random outburst on the bio of someone called George Whitefield, who was apparently an itinerant preacher in the 18th century), and who shortly later got himself banned for viciously abusing another user - so perhaps not the most reliable source. But that's by-the-by...
I've also bought and read that 1998 ARL paper you cited. They're talking about using single planar SBN crystals as holographic storage media, and not using an aerosol of SBN crystals as a projection surface as your source seems to think. Basically they're using an SBN crystal like a piece of photographic film. In order to reproduce the image, you need to control the geometry between the storage crystal, the read beam, and the observer fairly tightly (which you wouldn't be able to do by scattering large numbers of crystals into the atmosphere), and you need to project the image somehow. You can't just project an image into thin air - there needs to be something to scatter the light back to your eye. The paper specifically says:
"We would also like to display the hologram in such a medium that the image could be viewed at different angles. A scattering liquid was tested, but proved ineffective as the perspective was lost, and only a 2-D image was visible."
So I'm afraid that your citation doesn't come anywhere near demonstrating anything like the capabilities you describe.
I might just also mention at this point that I did study Optoelectronics and Laser Engineering at Heriot-Watt University, and that optical system design was my second-best subject. I stand by my assertion that what you're describing is simply not possible.
The Bat Signal got stuck on the airport luggage carousel.
I've also bought and read that 1998 ARL paper you cited. They're talking about using single planar SBN crystals as holographic storage media, and not using an aerosol of SBN crystals as a projection surface as your source seems to think. Basically they're using an SBN crystal like a piece of photographic film. In order to reproduce the image, you need to control the geometry between the storage crystal, the read beam, and the observer fairly tightly (which you wouldn't be able to do by scattering large numbers of crystals into the atmosphere), and you need to project the image somehow. You can't just project an image into thin air - there needs to be something to scatter the light back to your eye. The paper specifically says:
"We would also like to display the hologram in such a medium that the image could be viewed at different angles. A scattering liquid was tested, but proved ineffective as the perspective was lost, and only a 2-D image was visible."
Anyone wanna have a guess?
Its some Jamie with a new torch ?
OK, I have done a little more research.
[snip]
I've also bought and read that 1998 ARL paper you cited.
[snip]
So I'm afraid that your citation doesn't come anywhere near demonstrating anything like the capabilities you describe.
[snip]
I stand by my assertion that what you're describing is simply not possible.
C_Claycomb said:No light show dreamed up by the Americans, who are famous for not understanding how other nations think, is going to do diddly to get all factions and beliefs to unite.