On Solving Quantum Measurement and Wave Function. And Beyond

​Brief and simplified discernment as solutions to the quantum measurement and wave functions problems as well as problems related to such. And as well as to complement diverse past discernments:

There are reasons why the quantum measurement and wave function have been problems from inception. And remain as such. Therefore, misconception of such as thermodynamic, space, time, information, geometry, wave function, measurement, and entropy. And need to be solved at the root causes. And at the roots causes, the tasks or functions were not properly defined and specified. And therefore, proper concepts and methods could not be developed accordingly. And therefore, the technologies and applications. And the issues are:

1.0 Information in terms of epistemic and ontic have not been parts of science. And epistemic and ontic here implied nature's epistemic and ontic rather than human' epistemic and ontic as briefly discerned in diverse ways in diverse past discernments.

2.0 And from 1.0, the definition of measurement and wave function were not properly defined and specified since measurement and wave function can mean:

2.1 Detection of particles-waves 

2.2 Analyzing particles-waves characteristics such as energy, amplitude. frequency, phase, inertia, spin, phase, momentum, vibration, and among others.

2.3 Analyze and process the wave-particles. And wave function information or information

2.4 Analyze and process multi ways communication such as in sentient living and existential experience in local and non-local cosmos. And including such as all individual and collectve share transcendence.

2.5 Analyze multi-ways communication. And their interdependent and interconnected processes and mechanisms such as all kind of sentient local and non-local experience. And knowing of the world. And vice versa.
and among their combination or possibilities.
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In nature, information, space, time, geometry, and energy are irreducible. And driven by interdependent and interconnected or intertwined and entangled processes and mechanisms of parts of sum of parts processes and mechanisms of the greater whole universal process and mechanism. And as such, phenomenology stated in 2.0 can have similarities. But are not the same. 

For example, in human's epistemic and ontic, detecting a digital or analog signal or qbit particle-wave is not the same as analyzing them which is different from processing them or such as interface information which is different from building infrastructure to facilitate such terestrially and spatially interface and communication.

And therefore, first and formost, epistemic and ontic must be properly realized and conceptualized. And proper definitions and functional specifications must be developed or aasigned. And which would help develop proper scientific concepts and methods accordingly. And from there, proper technology and applications. And which have been inspired and encourage in diverse ways in diverse past discernments such as recent https://www.epistemologyontologyfoundationinstitute.org/philosophy-and-science/on-origin-of-life2705382,   https://www.epistemologyontologyfoundationinstitute.org/philosophy-and-science/on-sentient-and-nature-epistemic-and-ontic, https://www.epistemologyontologyfoundationinstitute.org/philosophy-and-science/on-universal-process-of-being-and-becoming-evidence-empirical-data, https://www.epistemologyontologyfoundationinstitute.org/philosophy-and-science/on-essence-and-nature-of-being-and-universal-process-of-being-and-becoming,  https://www.epistemologyontologyfoundationinstitute.org/philosophy-and-science/on-solving-quantum-measurement-and-beyond, https://www.epistemologyontologyfoundationinstitute.org/philosophy-and-science/on-existence, https://www.epistemologyontologyfoundationinstitute.org/local-and-non-local-blog/on-the-wave-function-and-knowing, https://www.epistemologyontologyfoundationinstitute.org/local-and-non-local-blog/on-space-time-information-and-mind. And among many past others.

Even through on the fundamental conceptual scale, there are many similarities between nature' espistemic and ontic and sentient' epistemic and ontic such as needs for local and non-local physical, interface, protocol and information, transport, network, and system layers as well as complementary or essential system topology-structure-function-process-mechanism-order. And complementary processes and mechanisms. The actual embedded and embodied topology-structure-function-process-mechanism-order functionality are different. For example, nature's epistemic and ontic are universal, intertwined and entangles, and self-driven self-realized and self-actualized infinite potentialities of possibilities. While sentient or human' epistemic and ontic are through interconnected man made research, development, manufacturing, and applications.

And even through are also self-organized, self-realized, and self-actualized processes and mechanisms. And which also reflecting the nature of being arising from being parts of the cosmos or evidence of manifestation of interdependent and interconnected world or intertwined and entangled Ground of Being and Nature and sentient. However, they are not self-driven intertwined and entangled universal process and mechanism of being and becoming as intrinsic inherent dependent parts of sum of parts of wholeness as in nature.
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And as such, are not only great causes, reasons, and opportunities to resolve and solve problems on the local and non-local or cosmic scale. And as such, further great causes, reasons, and opportunities into the future of infinite potentialities of possibilities in the local and non-local cosmos. And in life and existence in the known physical world. And beyond.

​A few recent related global explorations, inspirations, aspirations. yearnings, emancipations, convergence and integration of disciplines, and collaborations:

On Origin of Life - EPISTEMOLOGY OF LIFE AND ONTOLOGY OF EXISTENCE FOUNDATION AND INSTITUTE (epistemologyontologyfoundationinstitute.org)

Physics - Quantum Mechanics Must Be Complex (aps.org)

Brian Keating Λ Lee Cronin on Life in the Universe, Assembly Theory, and the Meaning of Time - YouTube

How the Physics of Resonance Shapes Reality - EPISTEMOLOGY OF LIFE AND ONTOLOGY OF EXISTENCE FOUNDATION AND INSTITUTE (epistemologyontologyfoundationinstitute.org)

What the thermodynamics of clocks tell us about the mysteries of time | New Scientist

The Large Hadron Collider blips that could herald a new era of physics | New Scientist

Why is the universe intelligible? Things aren’t as clear as we think | New Scientist

Why is there something not nothing? The big bang isn’t the only answer | New Scientist


Updated 02/03/2021

Depending on the types of realms such as macro, micro, quantum, and beyond. And signals and information such as analog, digital, optical, quantum, and spectra-field; there are many concepts and methods to process signals and information. For examples:

1.0 Direct probing technique of spectra-field characteristics such as energy, frequency, phase, amplitude, spectrum, electrics, magnetics, inertia, momentum, geometry, information, and among others

2.0 Direct coupling technique rather than direct probing

3.0 Near field detection rather than such as RF and local and non-local entanglement

4.0 Long haul detection or long-haul entanglement 

5.0 Combination of 3.0 and 4.0

6.0 Infer or analyze signals or information at diverse known or stable locations. And then reverse analysis or engineering such as at input and output of analog, digital, optical, and quantum converters or sub-systems to build up ideas. And better the concepts and or methods and tools. Furthermore, basing on interdependent and interconnectedness of parts of sum of parts concept, parameters or characteristics of signals, wave function, and information can be deducted, inducted, and inferred from each others.

7.0 Through intertwinement and entanglement concept and method

8.0 Combination depending on realms, systems, and technologies

9.0 And complement by advanced AI, computation. simulation, and automation wherever applicable or necessary

The more the signals and wave functions are affected whether due to such as input-output matching characteristics, coupling, reflection, diffusion, diffraction, scattering (beside such as system and environment effects such as interferences and noises (such as EMF-EMR interference, thermal, ground, elements and system coupling); the more signals distortion and information errors potential (however, wave function and therefore information can also improve due to affects just mentioned. And which is why such effects and random noises can make signals and information better or circuits or systems functions seemed better. However, would not be proper analyses or scientific and engineering concepts and methods).

​And in quantum realm. And beyond, there are also currently much unobservable and unknown spectra-field as well as underlying processes and mechanisms or subtle and hidden elements, processes, and mechanisms. And as such, it would be meaningful to apply inferring and intertwinement and entanglement concepts and methods complement by reverse analysis or engineering to advance concepts, methods, and tools development and applications.

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and among many others globally. And growing-accelerating. Be parts of solutions !


Updated 04/27/2022

Complementary On Phenomenology, Quantum Phenomena, and The Wave Function - EPISTEMOLOGY OF LIFE AND ONTOLOGY OF EXISTENCE FOUNDATION AND INSTITUTE (epistemologyontologyfoundationinstitute.org)