SIO informs: Lottery
With respect to our more recent Newsletter “SIO the other newsletter - No. 88: FilmDoctor as a Tool for the Evaluation of Internally Structured Fluids” we received quite some feedback and a variety of questions.
Some of which are definitively worth discussing and so we have decided to address them in a little series of posts.
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Here is one of these questions:
Can I interpret from your work that it is possible to go beyond statistical probability methods to better predict lottery results when using the world formula approach?
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Or are the uncertainties too high requiring more powerful computing to overcome - like for socioeconomic analysis.
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Answer:
You Can interpret from my work that it is possible to go beyond statistical probability methods to better predict lottery results when using the world formula approach in systems with sufficiently high entanglement to their environment.
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Systems without such entanglement will not show any additional information beyond their statistics and nothing can be won (quite literally) by applying whatever holistic approach.
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Cheaters use this by always connecting / entangling the otherwise closed lottery-system with some outside dimension they have access to (like a magnetic dice or a polarizable ball in roulette)
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References:
[1]????????? W. Wismann, D. Martin, N. Schwarzer, “Creation, Separation and the Mind, the Three Towers of Singularity - The Application of Universal Code in Reality”, 2024, RASA strategy book, ISBN 979-8-218-44483-9
[2]????????? Julius Schwarzer, The Hydrogen Atom Metrically Illustrated (https://youtu.be/wLFr-Em5b3o)
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If you have any questions concerning the theory, please contact Norbert Schwarzer directly via email: [email protected]
If you have any questions concerning the software and animation, please contact Nick Bierwisch: [email protected]
For all other concerns (software, offers, development, investor requests) address Peggy Heuer-Schwarzer: [email protected] or Troy vom Braucke: [email protected]