- Thread Starter
- #81
In order for an instrunent to be stereoscopic or to view something "stereoscopically" there must be two DIFFERENT images created, there is no exception. Google "stereo pair", this is a good example of how minutely different the images are, but also highlights that they are indeed different.That isn't what I said. What I said is the brain is still getting two images from two different eyes, so it gets the benefits of combining them, including higher perceived resolution and brightness.
The brain is "fooled" into thinking it is a stereoscopic instrument because the viewer IS viewing it stereoscopically.
The brain is still combining a left eye and right eye image, and those eye's individual recording of the image.
Edit to add:
I am not saying the benefits are equal to those of a true stereoscopic instrument.
The BTX is presenting the exact same image to both eyes, this means by definition, it is not a stereoscopic instrument and cannot produce a stereoscopic image. The only reason that stereoscopic or stereo microscopes were created was for depth in your field of view, an apparent 3 dimensional image. Presenting the same exact image to both eyes does not fool your brain into anything... It just allows you to view the image with both eyes instead of one. This is exactly why binoviewers were created for compound microscopes... To gain comfort... If they could replicate what the stereo microscope could do then it would eliminate the need for stereo microscopes all together, and revolutionize the optical industry.
I agree the perceived resolution does go up, as does light transmission, however these are subject to individual perception and perceived is quite a different beast than actual. There is no doubt two eyes are better than one when the brain is involved. However, the Bottom line is that the BTX is not a stereoscopic instrument, rather it is very similar to a compound microscope equipped with a binoviewer.
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