Abstract: The invention relates to a method for laser-microscopic magnification of objects, and to a device for implementing the method. In particular, organic, elastic or insulating objects, as well as their surface structures, can be examined down to the nanometer range by this method in a contactless manner and without preparation, and the optical signals generated can be processed with little technical effort. To this end, the specimens are irradiated with a laser beam which has previously been expanded to a larger beam diameter via an expanding lens system (3) and subsequently focused to the smallest possible beam diameter by means of a focusing lens (5) of short focal length. The object can be screened in this context. The intensity of the reflected light and scattered light (6) is detected at a very large solid angle, preferably on the inner surface of one of two hemispherical bowls with direct or indirect photosensors. Optical fibers can be used as photosensors.