Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Venus Figurines

View through CrossRef
In this article, the working of certain bodily processes is presented as the basis for the apotropaic meaning and function of the genitals of the Upper Palaeolithic Venus Figurines. The working of the sympathetic nervous system is identified as the cause of genital arousal due to anxiety. The simultaneous experience of anxiety and the engorgement of the labia and clitoris led to an apotropaic meaning, in addition to a sexual meaning, being assigned to the genitals during the Palaeolithic Era. The ability to think in symbols, which was developing greatly at this time, led to that which could be experienced in bodies being transferred to Venus Figurines.
Title: Venus Figurines
Description:
In this article, the working of certain bodily processes is presented as the basis for the apotropaic meaning and function of the genitals of the Upper Palaeolithic Venus Figurines.
The working of the sympathetic nervous system is identified as the cause of genital arousal due to anxiety.
The simultaneous experience of anxiety and the engorgement of the labia and clitoris led to an apotropaic meaning, in addition to a sexual meaning, being assigned to the genitals during the Palaeolithic Era.
The ability to think in symbols, which was developing greatly at this time, led to that which could be experienced in bodies being transferred to Venus Figurines.

Related Results

Venus Atmospheric Dynamics: Akatsuki UVI and TNG HARPS-N observations
Venus Atmospheric Dynamics: Akatsuki UVI and TNG HARPS-N observations
<p>As the closest planet to Earth, it should be expected Venus to be the most Earth-like planet we know. Both Earth and Venus share almost the same radius, mass and d...
Analysis of lava flow features on Venus for radar sounder simulations
Analysis of lava flow features on Venus for radar sounder simulations
IntroductionPrevious missions to Venus depicted an environment dominated by volcanic landforms and hostile atmospheric conditions. The surface was imaged by the Magellan mission, a...
Giant Impacts on Venus
Giant Impacts on Venus
Venus is similar to Earth in terms of mass and size and is sometimes also referred to as "Earth's twin". Nevertheless, there are some significant differences between the two planet...
Giant Impacts on Venus 
Giant Impacts on Venus 
Venus is similar to Earth in terms of mass and size and is sometimes also referred to as “Earth’s twin”. Nevertheless, there are some significant diff...
The Case for a Mission to Return Cloud Particles from the Lower Atmosphere of Venus
The Case for a Mission to Return Cloud Particles from the Lower Atmosphere of Venus
<p>The possibility of life in the lower Venusian atmosphere has been given serious scientific consideration for many decades (Sagan, 1961; Cockell, 1999; Grinspoon, 1...
Distribution and Variation of the Venusian Cloud-top Sulfur Dioxide Derived from Akatsuki UV Images
Distribution and Variation of the Venusian Cloud-top Sulfur Dioxide Derived from Akatsuki UV Images
IntroductionThe horizontal distribution of sulfuric acid clouds in the Venusian atmosphere is an essential factor that influences the solar energy absorbed by the planet. The cloud...
The Peculiar Case of Extensional Tectonics on Venus: Modes of RIfting and Activity
The Peculiar Case of Extensional Tectonics on Venus: Modes of RIfting and Activity
Venus’ geological history holds critical insights into why Venus and Earth, despite their similarities, have followed such divergent evolutionary paths. Recent discoverie...
Exploring the Venusian Clouds: Dayside Atmospheric Gravity Waves with Akatsuki UVI instrument
Exploring the Venusian Clouds: Dayside Atmospheric Gravity Waves with Akatsuki UVI instrument
As our neighbouring world, Venus stands as a pivotal planet in the study of planetary evolution. Its dense atmosphere, mostly composed of carbon dioxide makes it a unique laborator...

Back to Top