Visualization of Information

Abstract

One of the surprising and mysterious parts of nature is the form of life. Unlike other physical systems, living organisms exhibit a very peculiar property, i.e., they self-organize, reproduce, etc. Indeed, life has yielded a special aspect of which appears to be the time-reversal process of non-living physical systems in nature. Following the discussion of Schrödinger's negative entropic aspect of life, it is outlined that biological property may correspond to the classical projection from the semantics of DNA encryption, which is associated with the Dirac-type negative sea of consciousness. In particular, this analogy is similar to the dual nature of light where the photon outcomes in classical space may be considered a projection from the quantum negative sea of consciousness, or aether. Indeed, life, which exhibits the aspect of negative entropy as suggested by Schrödinger, may be considered as an image of consciousness.

Theorizing how the brain encodes consciousness based on negentropic entanglement

“…A relation between consciousness and negative entropy was proposed by (Song, 2018) where the latter was declared as a 'visi-ble image of invisible consciousness'. The negentropic action can be channeled through the negentropy information principle as a 'consciousness guidance' consisting of dynamical patterns reflecting thermo-qubits.…”

“…We now know that in such a system negative entropy can result, and order can emerge from disorder. For a wildly disordered system, large-scale order can emerge and stabilize, and the more chaotic the disorder, the greater the stability of the ordered patterns that emerge (Song, 2018).…”

Thermal environment adaptability design of space-based infrared imaging system

“…According to the research reports both at home and abroad, there are three methods to carry out non-thermal design of infrared optical system: mechanical passive, electronic active and optical passive [4][5][6][7][8][9][10].…”

“…In brief, the optical passive non-thermal design is to utilize the difference between the thermal characteristics of optical materials, eliminate the influence of temperature through reasonable combination of different characteristic materials, and reasonably match the optical power distribution scheme of the materials, so that the defocus of the optical system resulting from the change in temperature offsets the defocus of the the mechanical tube resulting from expanding with heat and contracting with cold, realizing the purpose of automatic temperature compensation. Strictly speaking, the non-thermal design of the optical system needs to meet the requirements of thermal elimination, achromatic aberration and optical power [9][10][11][12][13][14][15][16][17][18][19][20][21][22].…”