Comment on Lytro Lightfield GalleryparentComments−sfgfdhgfdshdhhd15yThis is indeed an interesting topic. Especially in high numerical aperture objectives incredible things are possible.One can put a diffractive optical element infront of the sensor and obtain 25 instantaneous images, each at a different depth.http://waf.eps.hw.ac.uk/research/live_cell_imaging.htmlCouple this with high resolution techniques and your at the current research front and could possibly solve the question:What happens in a synapse?It is theoretically possible to image at 40nm resolution with 100fps and therefore see the transport of vesicles.One can expect important discoveries on how the brain works using these techniques.
Comments
This is indeed an interesting topic. Especially in high numerical aperture objectives incredible things are possible.
One can put a diffractive optical element infront of the sensor and obtain 25 instantaneous images, each at a different depth.
http://waf.eps.hw.ac.uk/research/live_cell_imaging.html
Couple this with high resolution techniques and your at the current research front and could possibly solve the question:
What happens in a synapse?
It is theoretically possible to image at 40nm resolution with 100fps and therefore see the transport of vesicles.
One can expect important discoveries on how the brain works using these techniques.