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In geometry, the mirror image of an object or two-dimensional figure is the virtual image formed by reflection in a plane mirror; it is of the same size as the original object, yet different, unless the object or figure has reflection symmetry (also known as a P-symmetry).
- A polished reflection is an undisturbed reflection, like a mirror or chrome surface. Blurry - A blurry reflection means that tiny random bumps on the surface of the material causes the reflection to be blurry. Metallic - A reflection is metallic if the highlights and reflections retain the color of the reflective object. Glossy
The mirror test is a simple measure of self-awareness. "Mirror tests" have been done on chimpanzees, elephants, dolphins and magpies. During the test, the experimenter looks for the animals to undergo four stages: [40] social response (behaving toward the reflection as they would toward another animal of their species) physical mirror inspection
Mirrored-self misidentification is the delusional belief that one's reflection in the mirror is another person – typically a younger or second version of one's self, a stranger, or a relative. [1] This delusion occurs most frequently in patients with dementia [ 2 ] and an affected patient maintains the ability to recognize others' reflections ...
Self-reflection is the ability to witness and evaluate one's own cognitive, emotional, and behavioural processes. In psychology , other terms used for this self-observation include "reflective awareness" and "reflective consciousness", which originate from the work of William James .
Mirror sites are often located in a different geographic region than the original, or upstream site. The purpose of mirrors is to reduce network traffic , improve access speed , ensure availability of the original site for technical [ 2 ] or political reasons, [ 3 ] or provide a real-time backup of the original site.
Formal methods of self-reflection generally involve certain basic characteristics. First, there is the requirement for time which is set aside exclusively for the purpose of self-reflection. Second, use of a space, preferably with some degree of isolation that limits external distraction.
The TRM sends the reversed version of the impulse response back through the same channel, effectively autocorrelating it. This autocorrelation function has a peak at the origin, where the original source was. The signal is concentrated in both space and time (in many applications, autocorrelation functions are functions of time only).