The article shows that it is possible to reduce the objective lens diameter two times without loss of resolution, and thus to improve impact resistance by reducing the probability of collision and objective lens cracking.
With higher flight capabilities, wider-angle cameras, and lenses of fine resolution, the progress of aerial photography has been accelerated.
By proper design and considering the real losses, a super lens with a resolution of about λ0/6 (λ0 is the wavelength in the air) can be obtained.
Stacks of ∼100 150 confocal images (0.4 μm each) were scanned using a 63 ×, 1.4 oil-immersion DIC objective lens at a resolution of 1024 × 1024 pixels.
GUNNAR lenses will provide 40 lines of resolution when measured on standard tests.
The major difference between the process used by MIT/SUTD and that used by the dentistry industry is one of resolution – the lenses it's using to focus the light used in the printing process come from the semiconductor industry, and operate a much smaller scale, letting the researches print structures on the scale of a single human hair.
Since both aberrations scale with the dimensions of the lens, research resolution requirements are pushing the designs to lenses with only a few mm space in the pole-piece gap for the specimen.
It goes on to look at the specific case of Nairobi as it searches for solutions to the negative impacts of pollution through a lens which sees resolution of congestion effects as key to amelioration of traffic-related air pollution.
With a 1.3 or 1.4 NA lens, the resolution equals approximately half of the wavelength.
Stacks of images of 1 µm thickness were obtained on a LSM 510 confocal microscope (Zeiss) using a 40× oil immersion objective lens and digital resolution of 1024×1024 pixel.
So we have two statements: The better resolution defines the overall resolution, and (because of image quality reasons) the light sheet resolution has to be better than the objective lens depth resolution.
