Yes and no. Each unit produces a 2D image, so in that sense it's not holographic. However, it seems to me that with multiple connected units and the necessary hard & software, you could have each unit create a different layer of a 3D image. Stack & coordinate the images and voila - a holographic projection.Fast Learner said:I just want to reinforce (as another of the party poopers) that this is NOT holographic.
"Not holographic" in this case is probably optical scientist jargon for "not generated using diffractive manipulation of the phase properties of light."Zander said:Yes and no. Each unit produces a 2D image, so in that sense it's not holographic. However, it seems to me that with multiple connected units and the necessary hard & software, you could have each unit create a different layer of a 3D image. Stack & coordinate the images and voila - a holographic projection.
Eat your heart out R2 (if you have a heart).![]()
True but the effect would be the same.tarchon said:"Not holographic" in this case is probably optical scientist jargon for "not generated using diffractive manipulation of the phase properties of light."
tarchon said:We once had a breadbox but it was used to contain almost everything but bread.
Zander said:Yes and no. Each unit produces a 2D image, so in that sense it's not holographic. However, it seems to me that with multiple connected units and the necessary hard & software, you could have each unit create a different layer of a 3D image. Stack & coordinate the images and voila - a holographic projection.