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Entropy Synonym11/20/2021
Entropy is a measure of the energy dispersal in the system. Thesaurus, literature, geography, and other. Since the I-Theory is a unifying theory, it is also able to elucidate the destructive and constructive forces, which are the driving forces of life.ENTROPY is listed in the World's largest and most authoritative dictionary database of abbreviations and acronyms. The paper showed how I-Theory successfully encompasses all major theories like the Standard Model, General Relativity, Big Bang, Super symmetry, etc., and finally offered a new and expanded context for the main concepts in physics, like Dark Matter, Dark Energy, the four interaction forces, and so on. The concept of entropy provides deep insight into the direction of spontaneous change for many everyday phenomena.In a previous article entitled “I-Theory—a Unifying Quantum Theory?” , the authors introduced the I-Theory as a unifying theory. Entropy, the measure of a system’s thermal energy per unit temperature that is unavailable for doing useful work.Because work is obtained from ordered molecular motion, the amount of entropy is also a measure of the molecular disorder, or randomness, of a system.
![]() This is another expression of Boltzmann’s Entropy in thermodynamics. It is also known as Shannon Entropy. Using the thermodynamic relationship between energy, temperature and Entropy, Hawking was able to confirm Bekenstein’s conjecture and show that :In information theory, Entropy quantifies the lack of information. Starting from Stephen Hawking’s work, Jacob Bekenstein guessed that the Black Hole Entropy was proportional to the area of its event horizon divided by the Planck area. This is indicated in Figure 1.Later, the Entropy principle has been used in astrophysics, especially for measuring the Black Hole thermodynamics. The term Negentropy is an abbreviation of “Negative Entropy”. The Entropy of the source in this case is therefore non-zero (positive) and quantitatively represents the uncertainty of the information from the source.In ecology, Shannon Entropy is used as a measure of biodiversity through the Shannon index.Entropy’s opposing force is called Negentropy. On the other hand, if the source sends alternatively “0” or “1”, the receiver is uncertain about the next digit it will receive. Certainly, a receiver that only knows the transmission statistics of the source is assured that the next symbol will be “0”. Thus, if a source always sends the same symbol, for example the digit “0”, then its Entropy is null, which is the minimal Entropy. This source can be a text written in a given language, an electrical signal or any computer file (byte data).From a receiver’s point of view, the greater amount of different information the source emits, the greater is the Entropy (or uncertainty about what the source emits). Entropy Synonym Free Energy CorrespondingIn 1873, Willard Gibbs created a diagram illustrating the concept of free energy corresponding to free enthalpy. Under this condition, the principle of Negentropy is therefore necessarily limited in time or space or can only be applied to an open system.Statistical Negentropy is closely linked to free enthalpy. Negentropy does not contradict Sadi Carnot’s work.Of thermodynamic origin, Negentropy is used systemically as a synonym for cohesion strength while Entropy is a synonym for repulsion force.Entropy is stated, in the second principle of thermodynamics, as spontaneously increasing in an isolated system. Negentropy has been developed and put into perspective based on the work of mathematician Claude Shannon by Léon Brillouin. Negentropy is used to explain the presence of “order” within living beings and their tendency to oppose the chaos and disorganization that governs physical systems. It was introduced in the context of a major scientific debate by several physicists including by Erwin Schrödinger. More recently, the Massieu–Planck thermodynamic potential, known also as free entropy, has been shown to play a great role in the so-called entropic formulation of statistical mechanics , molecular biology and thermodynamic non-equilibrium processes. Planck has completed this for the isothermal-isobaric process. Massieu’s potential and free Entropy differs just with a figure sign. It corresponds exactly to the definition of Negentropy adopted in statistics and information theory.Massieu introduced a similar physical quantity in 1869 for the isothermal process. In other words, it is a difference between maximum possible Entropy, under assumed conditions, and its actual Entropy. This quantity is the amount of Entropy that may be increased without changing in internal energy or increasing its volume. Life has the ability to attract, evolve and bring together ever-increasingly complex forms creating something new. It is the law of order and organization, finality and differentiation. The best example of it is life itself. These organized forms will lose their order and initial energy, unless they are constantly consuming energy. According to the principle of Entropy, all organized forms of matter require more energy than those that are less organized. The sum of these two quantities represents the level of health of an organism in the present state and the transformation potential for the evolution of that system or organism. This law of life is called Negentropy.In an organism, the degree of internal disorganization is Entropy and the degree of internal organization is Negentropy. In nature, there is a force focusing energy to create and maintain a system. Individual cells come together in order to create an organism. The I-Theory is a unifying theory, which describes these laws comprehensively, because it starts with the fundamental building brick of nature and the Universe: the basic quantum of energy.The I-Theory proposes a new particle, the only true elementary particle which constitutes so-called elementary particles like quarks, leptons and bosons. In order to overcome this natural tendency, Negentropy is an essential principle for balancing it.The laws of Nature are subtle and still beyond our capacity to understand. Time after time, systems lose energy becoming less efficient allowing for disease, illness and finally death to set in. Likewise, a new structure or machine will fall apart unless energy is applied to maintain it. When that is deprived they begin to decay. Black Matter has the highest frequency and shortest wavelength. Frequency is inversely proportional to wavelength. White, Red and Black Matters have different frequencies and wavelengths. The I-particle’s composition is 20% negative (Black Matter), 30% neutral (Red Matter) and 50% positive (White Matter) ( Figure 2). These matters are determined by the frequency and wavelength of the vibration. Icad mammographyIn more detail, the pattern of the I-particle is a toroid ( Figure 3), like a vibrating string. Red Matter has mid-level frequency and mid-level wavelength. I-particle, showing 20% black matter, 30% red matter, 50% white matter.Longest wavelength.
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