Row 94850

Row ID: 94850 | Dataset Entry | Axioma AXP Content Repository

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No. While I'm sure this analogy will sound impressive to laymen it isn't a meaningful description of quantum computation.

*as "#edgeinformation"(#particle) tries to access the wave function information(#Wave)*

You seem to be describing interactions between "particles" and "waves". There isn't really two seperate things called "waves" and "particles" there are just wave-functions.

*The quantum waves beyond this edge calculate the most likely #possibilities.*

This statement doesn't really make any sense.

*We then intentionally collapse the wavefunction to observe the final state.*

The act of measurement collapses the wave-function and irreversibly changes its state. The state is not the same as the state immediately prior to measurement.

FieldValue
text No. While I'm sure this analogy will sound impressive to laymen it isn't a meaningful description of quantum computation. *as "#edgeinformation"(#particle) tries to access the wave function information(#Wave)* You seem to be describing interactions between "particles" and "waves". There isn't really two seperate things called "waves" and "particles" there are just wave-functions. *The quantum waves beyond this edge calculate the most likely #possibilities.* This statement doesn't really make…
label r/quantumcomputing
dataType comment
communityName r/QuantumComputing
datetime 2024-05-25
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url_encoded Z0FBQUFBQm5LalBBbzZYeEtwb3VaMFIxa3p6bGtmNDJTWDZmODVoY1pEWVhfTHI1R2l1dGM0LWxuZGY0VnpEZFoteTVEcWhjQVc1T0pOYWgtSVkwZ0FuU1dMaGRxakR1SGtyTXRQRHkwSUViaW1MR3RrOE05TXhiY0tuU0dqUGpES0FDODJ1RzhkYkZrX2JVNV91U2J0dzNoNFFTbmkxT0dPRmh4NEt5RDFUOGNfRlFyc1VGLS1YaWJFa1VPa2toeFJKVGhBOExVOTVE

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{
  "text": "No. While I'm sure this analogy will sound impressive to laymen it isn't a meaningful description of quantum computation.\n\n*as \"#edgeinformation\"(#particle) tries to access the wave function information(#Wave)*\n\nYou seem to be describing interactions between \"particles\" and \"waves\". There isn't really two seperate things called \"waves\" and \"particles\" there are just wave-functions.\n\n*The quantum waves beyond this edge calculate the most likely #possibilities.*\n\nThis statement doesn't really make any sense.\n\n*We then intentionally collapse the wavefunction to observe the final state.*\n\nThe act of measurement collapses the wave-function and irreversibly changes its state. The state is not the same as the state immediately prior to measurement.",
  "label": "r/quantumcomputing",
  "dataType": "comment",
  "communityName": "r/QuantumComputing",
  "datetime": "2024-05-25",
  "username_encoded": "Z0FBQUFBQm5Lak11ZWtmMlFMQktXVUpGV092a1NaOVVvM1hCNDZYUVVFNXBRZENaenpPZ2dDOHNoTGFVYjV6clAwNnZHa0Y4bjJxN0ZhaVlzTi0yVHlWeW13WE8tRjlpb2c9PQ==",
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}
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