Scanning laser microscope
P Davidovits, MD Egger - Nature, 1969 - nature.com
P Davidovits, MD Egger
Nature, 1969•nature.comWE have designed and built a prototype of a scanning microscope for thick objects of low
reflectivity and low optical contrast. As light source, we used a 5 mW He–Ne continuous
wave laser (Spectra-Physics Model 120). An improved prototype is under construction; in a
year or two we expect to have a microscope suitable for advancing studies of brain cells in
living animals1–4.
reflectivity and low optical contrast. As light source, we used a 5 mW He–Ne continuous
wave laser (Spectra-Physics Model 120). An improved prototype is under construction; in a
year or two we expect to have a microscope suitable for advancing studies of brain cells in
living animals1–4.
Abstract
WE have designed and built a prototype of a scanning microscope for thick objects of low reflectivity and low optical contrast. As light source, we used a 5 mW He–Ne continuous wave laser (Spectra-Physics Model 120). An improved prototype is under construction; in a year or two we expect to have a microscope suitable for advancing studies of brain cells in living animals1–4.
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