Image is seen only on fluorescent screen. The natural colour of specimen is obtained. Studying the detailed structure of an organism is difficult.ģD structure is obtained due to which it is easy to study the structural and other details of organisms. Only dead (fixed) organisms can be viewed. ![]() Living, as well as the dead sample, can be viewed. Preparation of sample is quick and simple. It has high cooling system in order to move out the heat generated by high voltage electric current. There is no requirement of cooling system. High voltage electric current is required (around 50,000 volts and above). In 1931 physicist Ernst Ruska and German engineer Max Knoll.īeam of charged particles i.e. It is believed that Dutch spectacles makers Zacharius Jansen and his father Hans were the first to invent the compound microscope in the 16th century. Content: Light Microscope Vs Electron Microscope ![]() This content will provide the important points which distinguish the Light microscope to that of Electron microscope. Later with the invention of scanning the tunneling microscope, 3-D images viewing started and this was developed by Gerd Binnig and Heinrich Rohrer. Later, Robert Hooke, Anton van Leeuwenhoek, Joseph Jackson Liste, and Ernst Abbe kept on advancing it and invented the Phase Contrast microscope.Ī few years later Electron Microscope was developed by Ernst Ruska and Max Knoll, with the use of ‘electrons’ in the microscope instead of visible light which helped in increasing the resolution of the lens along with more magnified and cleared image of an organism. The use of lenses started in Europe in the 16th century.
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