The New Ultrathin microscope gets images faster

With conventional microscopy, a scientist who wants to have a high resolution in a relatively large area, often using a microscope to examine the area around the net, recording images of a point in time. When the images together in one image. Both the time to explore the system, both under the microscope and must be considered when making it. Researchers at the Fraunhofer Institute for Applied Optics and Precision German engineering, has a fine hand microscopes that can report the same to obtain quality images in less than a second.

As with the scanning microscope, which combines the image when it is completed.

The new microscope imaging system with three windows, one above the other like stacked pancakes. Each page with an array of lens, both small and low head. At the top, a line of very small lenses with both its counterpart on the other side of the screen, and other objects that occupy the same room on other pages. So microscopic details and a small stack of six lenses, the image of two achromatic lenses. The battery of the lens in the channel, and the images produced by various digital channels which are connected together, side by side and top to bottom to create a complete picture.

Since only 5.3 mm optical microscope that can maintain a very flat profile.

The goal of scientists began to cover a glass with photographic emulsion resistant cover with a mask pattern in the matrix of the lens, then exposed to light in the ultraviolet. Emulsions exposed to intense sunlight, while the emulsion is protected by a mask when cleaning is a particular solution. This provides a range of small cylinders that are heated. This makes them part of the cast and the form of spherical lenses. The lens is used to create a cover for death, which in turn can be used for mass production - layers of glass with a translucent liquid polymer, the die is pressed into the lens of the eye, the polymer used in the target, then hardened by ultraviolet light.

Microscope is still in prototype, and probably not many years ago, at least one or two products. Then you can use to evaluate suspicious skin spots, verify the authenticity of documents and different applications. Now you can take pictures of objects the size of a matchbox, a passport.