What is a three dimensional image produced by laser light?
singleAnswer
Hologram
Holography
What is a three dimensional image produced by laser light?
Holography Confocal microscopy Stereoscopy Speckle pattern 3D scanning Holographic display Optical coherence tomography Lidar Musical fountain 3D printing
A hologram is a physical recording of an interference pattern which uses 
diffraction to reproduce a <b>three</b>-<b>dimensional light</b> field, resulting in an <b>image</b> 
which&nbsp;... Confocal microscopy, most frequently confocal <b>laser</b> scanning microscopy (
CLSM) or <b>laser</b> confocal scanning microscopy (LCSM), is an optical imaging 
technique for increasing optical resolution and contrast of a micrograph by 
means of using a spatial pinhole to block out-of-focus <b>light</b> in <b>image</b> formation ... 
Capturing multiple two-<b>dimensional images</b> at different depths in a sample&nbsp;... Stereoscopy is a film (non-digital) technique for creating or enhancing the illusion 
of depth in an ... Because all points in the <b>image produced</b> by stereoscopy focus 
at the same ... The fused <b>three</b>-<b>dimensional image</b> appears larger and more 
distant than the ... Most people have never seen a <b>laser</b>-lit transmission hologram
. A speckle pattern is <b>produced</b> by the mutual interference of a set of coherent 
wavefronts. ... When <b>laser light</b> which has been scattered off a rough surface falls 
on ... Under Rayleigh–Gans condition, in particular, speckle <b>dimension</b> mirrors 
the ... particularly in holographic imaging because of the grainy <b>image produced</b>. 3D scanning is the process of analyzing a real-world object or environment to 
collect data on its ... The time-of-flight 3D <b>laser</b> scanner is an active scanner that 
uses <b>laser light</b> to probe the subject. At the ... Computed tomography (CT) is a 
medical imaging method which generates a <b>three</b>-<b>dimensional image</b> of the 
inside of an&nbsp;... A holographic display is a type of display that utilizes <b>light</b> diffraction to create a 
virtual <b>three</b>-<b>dimensional image</b> ... The <b>produced image</b> is fully 3-dimensional 
and can be viewed from all 360 degrees to gain spatial perspective. Bove claims 
that this ... Most modern day holograms use a <b>laser</b> as its <b>light</b> source. In this type 
of&nbsp;... Optical coherence tomography (OCT) is an imaging technique that uses low-
coherence <b>light</b> to capture micrometer-resolution, two- and <b>three</b>-<b>dimensional</b> 
<b>images</b> ... The &quot;en-face&quot; tomographic <b>images</b> are thus <b>produced</b> by a wide-field ... 
By using a supercontinuum <b>laser</b> as a <b>light</b> source and balancing the optical 
dispersion&nbsp;... Lidar is a surveying method that measures distance to a target by illuminating the 
target with <b>laser light</b> and measuring the reflected <b>light</b> with a sensor. Differences 
in <b>laser</b> return times and wavelengths can then be used to make ... This 
technique has been used for <b>three</b>-<b>dimensional image</b> mapping of California&#39;s 
waters&nbsp;... ... and timed <b>light</b> (including <b>laser</b>) against water particles. The water refracts and 
reflects the <b>light</b>, and in doing so, <b>three</b>-<b>dimensional images</b> can be <b>produced</b>. The 3D printing process builds a <b>three</b>-<b>dimensional</b> object from a computer-aided 
design ... One of the key advantages of 3D printing is the ability to <b>produce</b> very 
complex ... selective <b>laser</b> sintering (SLS), FDM is typically the most inexpensive 
of the three by a ... Each slice is converted into a two-dimensional mask <b>image</b>.
hologram
Holography