This is a standard method for locating distant galaxies in deep field images.
These, if looked at individually, would be bright field images of the sample, slightly offset from each other.
With John Pendry's superlens the details of the near field images are not lost.
This looks like a neat gadget, but the effect is similar to what you get in a "narrow depth of field" image.
While the dark field image may first appear to be a negative of the bright field image, different effects are visible in each.
The Ultra-deep field image taken by Hubble shows the sheer enormity of space itself.
The deep field image is both awe inspiring and deeply depressing to me.
His approach is to build himself through color, texture, to glimpse in the field image and portrayal of what we call identity.
Besides the ordinary bright field image, a phase shift image is created as well.
A magnetic field image can be converted to a current density image in about 1 or 2 seconds.
