Said system comprises a laser (4), a microscope (1) with a camera for generating a microscope or video image of the biological material located on the support (3), and a display screen (8) for displaying the recorded video image.

The sample is imaged with a digital microscope.

The invention relates to a method for processing an intensity image (1) of a microscope, particularly an intensity image (1) created by means of a light microscope or a scanning electron microscope of a carrier element provided with objects (3, 4).

Image: Image taken with a scanning tunneling microscope.

It is possible to obtain a highly accurate polarization image.

A STED microscope for producing a 3D image.

A microscope device enabling acquisition of an image at high speed.

A laser scanning microscope enabling acquisition of an adequate fluorescence image.

The present invention relates to an optical system for a thermal image microscope.

The desk-top type electron microscope is intended to obtain a high-resolution image.

The image pickup unit picks up an image, using the microscope optical system.

It is possible to obtain a special image such as a super-resolution image without specializing the configuration of a microscope.

A laser scanning microscope that allows the normal transmitted light image to be acquired.

The method is particularly suitable for determining defocusing and astigmatism in an electron-microscope image.

Image of B. burgdorferi under atomic force microscope.