Principle of Action and Reaction
From Evolutionary Knowledge Base
Contents
Definition
It is the specification at the most elementary level of Reality of the more general Principle of Propagation (mutations described by the Principle of Variation, the incessant variations of the states of the Entities, the Events, always tend to propagate).
The Principle of Action and Reaction describes the formation of translational reactions (Translation), produced by the interactions among micro-gradients and aimed at restoring homogeneity, or isotropy, in the distribution of elementary fluctuations.
Common definition
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See also
- Principles
- Physical Principles
- Fundamental Physical Principles
- Principle of Uncertainty
- Principle of Least Action
- Dynamics of Physical Reality
- Fundamental Principles of Evolutionary Dynamics
- 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
- Principle of Equivalence
- Cognitive Principles
- Metacognitive Principles
- TFNR - The Principle of Reality
- TFNR - The Principles of Reality
- TFNR - The principle of individuation
- TFNR - The fundamental principles of the Elementary Dynamics (Principles of Action)
- TFNR - Recipe for constructing a Reality
- TFNR - From the fundamental principles to the laws of nature
- TFNR - Variation, propagation, conservation: the basic functional operators of Reality
- TFNR - The fundamental principles of the dynamics of the Elementary Field
- TFNR - The principle of Uncertainty
- TFNR - The principle of Action and Reaction)
- TFNR - The principle of Minimum Action
- TFNR - The principle of Relation
- TFNR - The principle of General Equivalence
Classification
- Topic id: t_ar_principle
- Belongs to the class: Fundamental Physical Principles
- Has as instances:
- Belongs to the groups: Principles
- Semantic Map: ekm|map=m_ph_dynamics&topic=t_ar_principle
- Semantic Map Test Version: ekmt|map=m_ph_dynamics&topic=t_ar_principle
