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The name Antiphon the Sophist (/ ˈ æ n t ə ˌ f ɒ n,-ən /; Ancient Greek: Ἀντιφῶν) is used to refer to the writer of several Sophistic treatises. He probably lived in Athens in the last two decades of the 5th century BC, but almost nothing is known of his life.
Antiphon (Ancient Greek: Ἀντιφῶν) of Athens, according to the Suda, was an interpreter of signs, epic poet and sophist, surnamed Logomageiros (Λογομάγειρος), which means both "Word-cook" and "Word-butcher". None of his works are extant, and he is only attested in the Suda.
Sophistic works of Antiphon; T. Tractatus coislinianus; Z. On Nature (Zeno) This page was last edited on 27 February 2024, at 01:56 (UTC). Text is available under ...
There is longstanding uncertainty and scholarly controversy over whether the Sophistic works of Antiphon and a treatise on the Interpretation of Dreams were also written by Antiphon the Orator, or whether they were written by a separate man known as Antiphon the Sophist. This article only discusses Antiphon the Orator's biography and oratorical ...
Some earlier scholars, though, including E. R. Dodds, take the view that Antiphon the dream-interpreter was a separate person. [1] [2] The treatise is notable, in the words of Pendrick, because it "was apparently the first literary work written on the subject of dream-interpretation—or at least the first to have achieved wide circulation".
Diagram illustrating the light path through a dark-field microscope. The steps are illustrated in the figure where an inverted microscope is used. Light enters the microscope for illumination of the sample. A specially sized disc, the patch stop (see figure), blocks some light from the light source, leaving an outer ring of illumination. A wide ...
Light sheet fluorescence microscopy has also been combined with two-photon (2P) excitation, which improves the penetration into thick and scattering samples. [18] Use of 2P excitation in near-infrared wavelengths has been used to replace 1P excitation in blue-visible wavelengths in brain imaging experiments involving response to visual stimuli ...
The light path of a bright-field microscope is extremely simple; no additional components are required beyond the normal light-microscope setup. The light path begins at the illuminator or the light source on the base of the microscope. Often a halogen lamp is used. The light travels through the objective lens into the ocular lens, through ...