Difference between revisions of "TFNR - Quantum states"
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Latest revision as of 17:33, 26 June 2024
In light of what has already been said previously regarding the concept of "state".
States do not actually exist, they are snapshots that we use to represent the Reality that is incessantly formed before our eyes/instruments, an unstoppable flow of creation of existence and evolution of essence/form. Snapshots that allow us to compare, measure, an elusive flow of Action, of an eternal present that escapes us in the act of observing, perceiving, measuring, a possible future that becomes a certain past, an intersection between potential and actual.
Having said that, what do we mean by quantum states? Simply, a snapshot of a quantum object or system, of a microscopic InfoStructure of visible/ordinary matter.
I do not agree with the definition provided by conventional physics "a mathematical entity that embodies the knowledge of a quantum system". Mathematical representation is a way (an excellent way because it allows you to make accurate predictions) of representing this snapshot. But it is a derived, indirect representation. The first representation of a quantum state is observation, perception, measurement, which we will then express in physical quantities, in mathematical terms.
Links to the tables of contents of TFNR Paper
