Could matter and matter waves be derivable?

In summary, the conversation discusses a theory about two electromagnetic waves, one propagating outwardly and one inwardly. This theory suggests a possible communication system between particles and the potential for a novel form of CPU design. It also raises questions about the effects of the universe's expansion on this system and its processing capabilities.
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  • #2
Two EM waves, one propagating outwardly and one inwardly to a sink. Sounds like they're constructing anequivalent to advanced and retarded waves. Not exactly codswallop but not really too exciting either, for me.
 
  • #3
Interesting feedback complexities - the matrix re-gilded?

The hypothesized spherical-mirror-like communication between 'particles'
seems to provide an interesting environment for information processing and signal broadcast/echo(n)-rebroadcast feedbacks.

Note that integrated echo(n)-rebroadcast feedbacks would occur mutually between all particles in the set in a very complex (and parallell-processor-powerful) feedback system of echoing and re-echoing waves.

It seems to suddenly open up the possibility the universe might be composed from a set of information processing elements, and simultaneously offer a powerful, maybe novel form of CPU design. (Have u noticed things are getting faster slower recently?).

FYI, it is possible to store information in a signal (send it to the moon and back, then detect, re-amplify and re-transmit (rewrite). Delay-lines were used as an early form of computer memory. Thus the system has memory as well as processing capability.

How would the expansion of the universe affect the ever-changing wave-profile of the whole 'organism' as it elaborated over time? Is the feedback processing likely to be at least partyl non-linear? Determinate or non-determinate?
 

Related to Could matter and matter waves be derivable?

1. What is matter and matter waves?

Matter refers to any substance that has mass and occupies space. Matter waves, also known as de Broglie waves, refer to the wave-like behavior exhibited by particles of matter.

2. Can matter and matter waves be derived?

The concept of matter and matter waves can be derived from the principles of quantum mechanics, specifically the wave-particle duality. This theory states that particles of matter can also exhibit wave-like properties, and vice versa.

3. How are matter and matter waves related?

Matter and matter waves are closely related as they both describe the behavior of particles at the quantum level. Matter waves are a fundamental part of the wave-particle duality, which helps explain the behavior of particles of matter.

4. Is there evidence to support the idea that matter and matter waves are derivable?

Yes, there is significant evidence from experiments and observations in quantum mechanics that support the idea of matter and matter waves being derivable. These include the double-slit experiment and the observation of particle interference patterns.

5. What are the implications of matter and matter waves being derivable?

If matter and matter waves are derivable, it would mean that all particles of matter can exhibit wave-like behavior, which would have significant implications for our understanding of the universe at the quantum level. It could also lead to advancements in technologies such as quantum computing and communication.

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