Contains:  Solar system body or event
moon_Europa_icy_quantum_scattering, quantOnaut

moon_Europa_icy_quantum_scattering

Acquisition type: Lucky imaging
moon_Europa_icy_quantum_scattering, quantOnaut

moon_Europa_icy_quantum_scattering

Acquisition type: Lucky imaging

Equipment

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Acquisition details

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Description

approved my data extraction method once more, this time I have extracted the icy crust of Europa transiting Jupiter in amateur data. In 2 hours of holographic processing on the smartphone the moons round shape and details of its icy crust came out of nothing better said some square simply dark pixels.
How is this possible? In my opinion there is a layer of information transported with the photon packets which carries the scattering of light touching surfaces on a quantum level. Insane? yes indeed it took me a while to understand the basics of the photonic madness but I have proved my method close to 100 times on different objects with the result that I can dive into quantum space in any photograph. 

clear skies,

Comments

Revisions

  • moon_Europa_icy_quantum_scattering, quantOnaut
    Original
  • moon_Europa_icy_quantum_scattering, quantOnaut
    B
  • moon_Europa_icy_quantum_scattering, quantOnaut
    C
  • moon_Europa_icy_quantum_scattering, quantOnaut
    D
  • Final
    moon_Europa_icy_quantum_scattering, quantOnaut
    E

Histogram

moon_Europa_icy_quantum_scattering, quantOnaut