The Japanese National Institute of Advanced Industrial Science and Technology (AIST) announced an exciting breakthrough in optoelectronics -- a working three dimensional display. The display does not rely on any sort of optical illusion or disorientation. Instead, infrared lasers are aligned to converge and create small amounts of plasma. The plasma acts as a floating "dot" on top of the laser grid.
The infrared laser pulses across several reflectors so that 100 dots can be created per second. The initial reports from AIST are a little light on details, but it appears as though the plasma dots can be drawn up to several meters away from the laser source. It also appears as though the device needs a vapor source with specific electron/ion content in order to generate the dots.
" The National Institute of Advanced Industrial Science and Technology (AIST, President: Hiroyuki Yoshikawa) and Keio University (President: Yuichiro Anzai), in collaboration with Burton Inc. (CEO: Hideki Kimura), have succeeded in the experimental fabrication of a device displaying "real 3D images" which consist of dot arrays in space where there is nothing but air.
Most of the 3D displays reported until now draw pseudo-3D images on 2D planes by utilizing the human binocular disparity. However, many problems occur, e.g., the limitation of the visual field, and the physiological displeasure due to the misidentification of virtual images. "
The infrared laser pulses across several reflectors so that 100 dots can be created per second. The initial reports from AIST are a little light on details, but it appears as though the plasma dots can be drawn up to several meters away from the laser source. It also appears as though the device needs a vapor source with specific electron/ion content in order to generate the dots.
" The National Institute of Advanced Industrial Science and Technology (AIST, President: Hiroyuki Yoshikawa) and Keio University (President: Yuichiro Anzai), in collaboration with Burton Inc. (CEO: Hideki Kimura), have succeeded in the experimental fabrication of a device displaying "real 3D images" which consist of dot arrays in space where there is nothing but air.
Most of the 3D displays reported until now draw pseudo-3D images on 2D planes by utilizing the human binocular disparity. However, many problems occur, e.g., the limitation of the visual field, and the physiological displeasure due to the misidentification of virtual images. "
Various 2D and 3D objects drawn by the display device
Source: Dailytech - Click Here
Source:Aist.co.jp - Click Here
Well have proper holograms before we know it
