Difference between revisions of "Principle of Equivalence"
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An important example. In the [[Physical Reality|physical domain of Reality]], some of [[fundamental physical quantities]] that characterize the manifestation of the [[Elementary Action]] (in its basic mode that we call [[Perturbation]]) at more complex [[levels of Reality]] (as the level of [[Action]], of [[Information]], the [[Structures of Information]], [[Material Forms]]) can be considered as equivalent manifestations of the same [[phenomena]] and dynamics occurring at the more elementary level of Reality. | An important example. In the [[Physical Reality|physical domain of Reality]], some of [[fundamental physical quantities]] that characterize the manifestation of the [[Elementary Action]] (in its basic mode that we call [[Perturbation]]) at more complex [[levels of Reality]] (as the level of [[Action]], of [[Information]], the [[Structures of Information]], [[Material Forms]]) can be considered as equivalent manifestations of the same [[phenomena]] and dynamics occurring at the more elementary level of Reality. | ||
| − | The most extended principle of equivalence operates in the physical world, in the real factory of [[space]] [[time]]. At this level, the most elementary level of Reality, where the occurrence of the [[Elementary Events]] represent the most elementary form of [[Existence]], we can find this fundamental equivalence that give us an explanation of the deep nature of the some basic phenomena and some basic quantity/[[Fundamental Constants of Nature|constant of Nature]]. | + | The most extended principle of equivalence operates in the physical world, in the real factory of [[space]]-[[time]]. At this level, the most elementary level of Reality, where the occurrence of the [[Elementary Events]] represent the most elementary form of [[Existence]], we can find this fundamental equivalence that give us an explanation of the deep nature of the some basic phenomena and some basic quantity/[[Fundamental Constants of Nature|constant of Nature]]. |
| − | + | This principle states that the nature of some fundamental phenomena and some associated physical quantity, that is related to what we call mass and mass density, is deeply connected, "equivalent" for instance, to other important aspects of the elementary level of Reality: | |
| + | *the amount of [[Perturbation]], the density of the elementary perturbations (inhomogeneities/gradients in the distributions of the quantum fluctuations of the Elementary Field that we call Elementary Events) that characterize the Elementary Action, | ||
| + | *[[Mass and gravitational phenomena|mass]] density, [[dark energy]], | ||
| + | *[[space]]-[[time]] curvature of the metrics, | ||
| + | *temperature of space-time (CMB), | ||
| + | *velocity of propagation of [[information]]/[[causality]] in the [[Elementary Field|field]]. | ||
| − | + | These aspects are equivalent and have a unique physical, natural, basis. In this perspective, we can say that mass does not curve space-time. Mass “is” (can be seen, or described, is the same thing of) the curvature of space-time. And not only, as above mentioned. We call this the [[Principle of General Equivalence]], a specification of the Principle of Equivalence. | |
== See also == | == See also == | ||
Revision as of 17:40, 29 February 2020
Contents
[hide]Definition
The principle of equivalence describes the fact that in Evolutionary Dynamics there are concepts, phenomena, quantities, apparently of different nature, that, in a deeper perspective, can be considered having the same meaning, nature, origin, amount, value, properties, qualities or intensity, etc. Or, even more in general, things that appear to be different observing them in the level of Reality in which they manifest, but that appear to be equal or similar if we observe or describe them in the terms of more elementary concepts, phenomena, quantities, at a more elementary level of Reality.
Common definition
(Link to Wikipedia page: Equivalence).
Description
An important example. In the physical domain of Reality, some of fundamental physical quantities that characterize the manifestation of the Elementary Action (in its basic mode that we call Perturbation) at more complex levels of Reality (as the level of Action, of Information, the Structures of Information, Material Forms) can be considered as equivalent manifestations of the same phenomena and dynamics occurring at the more elementary level of Reality.
The most extended principle of equivalence operates in the physical world, in the real factory of space-time. At this level, the most elementary level of Reality, where the occurrence of the Elementary Events represent the most elementary form of Existence, we can find this fundamental equivalence that give us an explanation of the deep nature of the some basic phenomena and some basic quantity/constant of Nature.
This principle states that the nature of some fundamental phenomena and some associated physical quantity, that is related to what we call mass and mass density, is deeply connected, "equivalent" for instance, to other important aspects of the elementary level of Reality:
- the amount of Perturbation, the density of the elementary perturbations (inhomogeneities/gradients in the distributions of the quantum fluctuations of the Elementary Field that we call Elementary Events) that characterize the Elementary Action,
- mass density, dark energy,
- space-time curvature of the metrics,
- temperature of space-time (CMB),
- velocity of propagation of information/causality in the field.
These aspects are equivalent and have a unique physical, natural, basis. In this perspective, we can say that mass does not curve space-time. Mass “is” (can be seen, or described, is the same thing of) the curvature of space-time. And not only, as above mentioned. We call this the Principle of General Equivalence, a specification of the Principle of Equivalence.
See also
- Principles
- Principle of Variation
- Principle of Propagation
- Principle of Conservation
- Other Principles of Evolutionary Dynamics
- Principle of Unity
- Principle of Connection
- Principle of Individuation
- Principle of Relation
- Principle of Evolution
- Physical Principles
- Fundamental Physical Principles
- Principle of Uncertainty
- Principle of Action and Reaction
- Principle of Least Action
- Principle of Locality
- Principle of Quantization
- Principle of Relation in Physical Reality
- Principle of General Equivalence
- Cognitive Principles
- Metacognitive Principles
- TFNR - 2.1 The Principle of Reality
- TFNR - 2.1 The Principles of Reality
- TFNR - 2.4 The principle of individuation
- TFNR - 2.4 The fundamental principles of the Elementary Dynamics (Principles of Action)
- TFNR - 2.4 Recipe for constructing a Reality
- TFNR - 2.4 From the fundamental principles to the laws of nature
- TFNR - 7.3 The fundamental principles of the dynamics of the Elementary Field
- TFNR - 7.3.1 The principle of Uncertainty
- TFNR - 7.3.2 The principle of Action and Reaction)
- TFNR - 7.3.3 The principle of Minimum Action
- TFNR - 7.3.4 The principle of Relation
- TFNR - 7.3.5 The principle of General Equivalence
Classification
- Topic id: t_equivalence_principle
- Belongs to the class: Other Principles of Evolutionary Dynamics
- Has as instances: Principle of General Equivalence
- Belongs to the groups: Principles
- Semantic Map: ekm|map=m_ev_dynamics&topic=t_equivalence_principle
- Semantic Map Test Version: ekmt|map=m_ev_dynamics&topic=t_equivalence_principle
