<P> Cheshire Cat is used as a metaphor to explain several scientific phenomena: </P> <Ul> <Li> The Cheshire Cat effect, as described by Sally Duensing and Bob Miller, is a binocular rivalry which causes stationary objects seen in one eye to disappear from view when an object in motion crosses in front of the other eye . Each eye sees two different views of the world, sends those images to the visual cortex where they are combined, and creates a three - dimensional image . The Cheshire Cat effect occurs when one eye is fixated on a stationary object, while the other notices something moving . Since one eye is seeing a moving object, the brain will focus on it, causing parts of the stationary object to fade away from vision entirely . </Li> <Li> In another scientific context, catalytic RNAs have been deemed Cheshire cats . This metaphor is used to describe the fading of the ribonucleotide construct, which leaves behind a smile of only the mineral components of the RNA catalyst . </Li> <Li> Similarly, the Cheshire Cat has been used out of its traditional context to help define another scientific phenomenon, the "Cheshire Cat" escape strategy . When Coccolithophore--a species of successful ocean algae--is able to resist the haploid phase of its life cycle it escapes meiosis and its dominant diploid genes are passed on in a virus - free environment, freeing the host from the danger of infection during reproduction . The algae escape death (beheading) by means of disappearance (vanishing his head): </Li> </Ul> <Li> The Cheshire Cat effect, as described by Sally Duensing and Bob Miller, is a binocular rivalry which causes stationary objects seen in one eye to disappear from view when an object in motion crosses in front of the other eye . Each eye sees two different views of the world, sends those images to the visual cortex where they are combined, and creates a three - dimensional image . The Cheshire Cat effect occurs when one eye is fixated on a stationary object, while the other notices something moving . Since one eye is seeing a moving object, the brain will focus on it, causing parts of the stationary object to fade away from vision entirely . </Li> <Li> In another scientific context, catalytic RNAs have been deemed Cheshire cats . This metaphor is used to describe the fading of the ribonucleotide construct, which leaves behind a smile of only the mineral components of the RNA catalyst . </Li>

Show me a picture of the cheshire cat