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- Physical_information abstract "In physics, physical information refers generally to the information that is contained in a physical system. Its usage in quantum mechanics (i.e. quantum information) is important, for example in the concept of quantum entanglement to describe effectively direct or causal relationships between apparently distinct or spatially separated particles.Information itself may be loosely defined as "that which can distinguish one thing from another".The information embodied by a thing can thus be said to be the identity of the particular thing itself, that is, all of its properties, all that makes it distinct from other (real or potential) things.It is a complete description of the thing, but in a sense that is divorced from any particular language.When clarifying the subject of information, care should be taken to distinguish between the following specific cases: The phrase instance of information refers to the specific instantiation of information (identity, form, essence) that is associated with the being of a particular example of a thing. (This allows for the reference to separate instances of information that happen to share identical patterns.) A holder of information is a variable or mutable instance that can have different forms at different times (or in different situations). A piece of information is a particular fact about a thing's identity or properties, i.e., a portion of its instance. A pattern of information (or form) is the pattern or content of an instance or piece of information. Many separate pieces of information may share the same form. We can say that those pieces are perfectly correlated or say that they are copies of each other, as in copies of a book. An embodiment of information is the thing whose essence is a given instance of information. A representation of information is an encoding of some pattern of information within some other pattern or instance. An interpretation of information is a decoding of a pattern of information as being a representation of another specific pattern or fact. A subject of information is the thing that is identified or described by a given instance or piece of information. (Most generally, a thing that is a subject of information could be either abstract or concrete; either mathematical or physical.) An amount of information is a quantification of how large a given instance, piece, or pattern of information is, or how much of a given system's information content (its instance) has a given attribute, such as being known or unknown. Amounts of information are most naturally characterized in logarithmic units.The above usages are clearly all conceptually distinct from each other. However, many people insist on overloading the word "information" (by itself) to denote (or connote) several of these concepts simultaneously.(Since this may lead to confusion, this article uses more detailed phrases, such as those shown in bold above, whenever the intended meaning is not made clear by the context.)".
- Physical_information wikiPageID "243627".
- Physical_information wikiPageLength "14379".
- Physical_information wikiPageOutDegree "51".
- Physical_information wikiPageRevisionID "674716550".
- Physical_information wikiPageWikiLink Algorithmic_information_theory.
- Physical_information wikiPageWikiLink B._Roy_Frieden.
- Physical_information wikiPageWikiLink Basis_(linear_algebra).
- Physical_information wikiPageWikiLink Boltzmann.
- Physical_information wikiPageWikiLink Boltzmann_constant.
- Physical_information wikiPageWikiLink Boltzmanns_constant.
- Physical_information wikiPageWikiLink Category:Concepts_in_physics.
- Physical_information wikiPageWikiLink Category:Information_theory.
- Physical_information wikiPageWikiLink Causality.
- Physical_information wikiPageWikiLink Claude_Shannon.
- Physical_information wikiPageWikiLink Digital_physics.
- Physical_information wikiPageWikiLink Entropy.
- Physical_information wikiPageWikiLink Entropy_(information_theory).
- Physical_information wikiPageWikiLink Entropy_in_thermodynamics_and_information_theory.
- Physical_information wikiPageWikiLink Extreme_physical_information.
- Physical_information wikiPageWikiLink Fisher_information.
- Physical_information wikiPageWikiLink Gas_constant.
- Physical_information wikiPageWikiLink H-theorem.
- Physical_information wikiPageWikiLink History_of_information_theory.
- Physical_information wikiPageWikiLink Ideal_gas_constant.
- Physical_information wikiPageWikiLink Information.
- Physical_information wikiPageWikiLink Information_entropy.
- Physical_information wikiPageWikiLink Information_theory.
- Physical_information wikiPageWikiLink Instantiation_principle.
- Physical_information wikiPageWikiLink John_Tukey.
- Physical_information wikiPageWikiLink Lagrangian_mechanics.
- Physical_information wikiPageWikiLink Logarithm.
- Physical_information wikiPageWikiLink Logarithmic_scale.
- Physical_information wikiPageWikiLink Logarithmic_units.
- Physical_information wikiPageWikiLink Ludwig_Boltzmann.
- Physical_information wikiPageWikiLink Orthogonal.
- Physical_information wikiPageWikiLink Orthogonality.
- Physical_information wikiPageWikiLink Philosophy_of_information.
- Physical_information wikiPageWikiLink Physical_system.
- Physical_information wikiPageWikiLink Physics.
- Physical_information wikiPageWikiLink Probability_distribution.
- Physical_information wikiPageWikiLink Pure_state.
- Physical_information wikiPageWikiLink Quantum_computing.
- Physical_information wikiPageWikiLink Quantum_cryptography.
- Physical_information wikiPageWikiLink Quantum_entanglement.
- Physical_information wikiPageWikiLink Quantum_information.
- Physical_information wikiPageWikiLink Quantum_mechanics.
- Physical_information wikiPageWikiLink Quantum_physics.
- Physical_information wikiPageWikiLink Quantum_state.
- Physical_information wikiPageWikiLink Quantum_statistical_mechanics.
- Physical_information wikiPageWikiLink Quantum_teleportation.
- Physical_information wikiPageWikiLink Reversible_computing.
- Physical_information wikiPageWikiLink Scientific_realism.
- Physical_information wikiPageWikiLink Uncertainty_principle.
- Physical_information wikiPageWikiLink Vector_(mathematics_and_physics).
- Physical_information wikiPageWikiLink Vector_space.
- Physical_information wikiPageWikiLink Werner_Heisenberg.
- Physical_information wikiPageWikiLinkText "Information".
- Physical_information wikiPageWikiLinkText "Physical information".
- Physical_information wikiPageWikiLinkText "Physics of information".
- Physical_information wikiPageWikiLinkText "information".
- Physical_information wikiPageWikiLinkText "physical information".
- Physical_information hasPhotoCollection Physical_information.
- Physical_information wikiPageUsesTemplate Template:Citation_needed.
- Physical_information wikiPageUsesTemplate Template:Dubious.
- Physical_information wikiPageUsesTemplate Template:Main.
- Physical_information subject Category:Concepts_in_physics.
- Physical_information subject Category:Information_theory.
- Physical_information type Article.
- Physical_information type Article.
- Physical_information type Concept.
- Physical_information type Physic.
- Physical_information comment "In physics, physical information refers generally to the information that is contained in a physical system. Its usage in quantum mechanics (i.e.".
- Physical_information label "Physical information".
- Physical_information sameAs Informační_fyzika.
- Physical_information sameAs Information_(Physik).
- Physical_information sameAs m.01k9sh.
- Physical_information sameAs Q1662466.
- Physical_information sameAs Q1662466.
- Physical_information wasDerivedFrom Physical_information?oldid=674716550.
- Physical_information isPrimaryTopicOf Physical_information.