Difference between revisions of "TFNR - Quantum Agents"
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| − | Quantum Agents (or Quantum Operators, as they are called in Quantum Physics) are the '''Agents / Forces that operate in that part of the Physical domain of Reality in which quantum Phenomena prevail over deterministic ones'''. They are "centers of causal Action in the physical domain of Reality described by Quantum Physics", which generate and sustain the dynamics of quantum objects (sub-atomic Particles, EM Waves, atoms, molecules, multi-molecular very small objects that exhibit a more or less quantum behavior). | + | Quantum Agents (or Quantum Operators, as they are called in Quantum Physics) are the '''Agents / Forces that operate in that part of the Physical domain of Reality in which quantum Phenomena (Phenomena that must be described in a probabilistic form) prevail over deterministic ones'''. They are "centers of causal Action in the physical domain of Reality described by Quantum Physics", which generate and sustain the dynamics of quantum objects (sub-atomic Particles, EM Waves, atoms, molecules, multi-molecular very small objects that exhibit a more or less quantum behavior). |
Their expressions (behavior) cannot be predicted with infinite precision (e.g. conjugate physical quantities) due to the uncertain/non-deterministic intrinsic nature of Reality described by the [[Principle of Uncertainty]]. Because of this characteristic, '''their behavior can / must be expressed in probabilities'''. | Their expressions (behavior) cannot be predicted with infinite precision (e.g. conjugate physical quantities) due to the uncertain/non-deterministic intrinsic nature of Reality described by the [[Principle of Uncertainty]]. Because of this characteristic, '''their behavior can / must be expressed in probabilities'''. | ||
Latest revision as of 22:35, 23 November 2025
Quantum Agents (or Quantum Operators, as they are called in Quantum Physics) are the Agents / Forces that operate in that part of the Physical domain of Reality in which quantum Phenomena (Phenomena that must be described in a probabilistic form) prevail over deterministic ones. They are "centers of causal Action in the physical domain of Reality described by Quantum Physics", which generate and sustain the dynamics of quantum objects (sub-atomic Particles, EM Waves, atoms, molecules, multi-molecular very small objects that exhibit a more or less quantum behavior).
Their expressions (behavior) cannot be predicted with infinite precision (e.g. conjugate physical quantities) due to the uncertain/non-deterministic intrinsic nature of Reality described by the Principle of Uncertainty. Because of this characteristic, their behavior can / must be expressed in probabilities.
Quantum Agents are responsible for and govern the dynamics and the interactions of the Physical Structures of Information (Waves, Vortices, Interactions, Mixed Structures): quantum Particles described by the Standard Model and Quantum Field Theory (Ordinary / visible Matter), Electromagnetic Waves (Ordinary visible Radiation).
They deal with quantum Action (quantum Events) and quantum Information (quantum Relations, in the form of correlations between quantum states of quantum objects).
Links to the tables of contents of TFNR Paper
