HOUSE_OVERSIGHT_016024.jpg

1.35 MB

Extraction Summary

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People
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Organizations
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Locations
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Events
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Relationships
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Quotes

Document Information

Type: Book page / congressional exhibit
File Size: 1.35 MB
Summary

A page from a book titled 'Are the Androids Dreaming Yet?' (page 334) discussing quantum mechanics, specifically the Bell Test experiment and Einstein's objections to probability in physics. It utilizes a 'children's clothing' analogy with a Venn diagram and truth table to explain the mathematics of photon polarization. The document bears a 'HOUSE_OVERSIGHT_016024' footer, indicating it is part of a document production for a congressional investigation.

People (1)

Name Role Context
Einstein Physicist (Subject of discussion)
Mentioned regarding his views on probability, certainty, and the Bell Test experiment.

Organizations (1)

Name Type Context
House Oversight Committee
Implied by the footer stamp 'HOUSE_OVERSIGHT_016024'

Timeline (1 events)

Bell Test experiment
Theoretical/Scientific context

Locations (2)

Location Context
Mentioned in Einstein quote.
Mentioned in Einstein quote regarding object permanence/observation.

Key Quotes (2)

"God does not play dice with the Universe."
Source
HOUSE_OVERSIGHT_016024.jpg
Quote #1
"I like to think the Moon is there when I am not watching it."
Source
HOUSE_OVERSIGHT_016024.jpg
Quote #2

Full Extracted Text

Complete text extracted from the document (1,607 characters)

334
Are the Androids Dreaming Yet?
This is quite a complex piece of mathematics so let me show you how it works. Again, our thought experiment relies on an analogy involving clothing – sorry.
In the Bell Test experiment three polarizers are set up at 0, 1/3 and 2/3 of the way around a circle, 120 degrees apart. For Einstein to be correct photons must each carry at least three pieces of information:
If I meet the 0 degree polarizer do I go through or not?
If I meet the 120 degree polarizer do I go through or not?
If I meet the 240 degree polarizer do I go through or not?
If a photon had only one piece of information, say that it was vertically polarized, it would not know what to do if it came across a polarizer at 45 degrees. In that case the photon would sometimes go through and sometimes not, with a fifty-fifty probability. But Einstein did not want to countenance probability. “God does not play dice with the Universe.” He required certainty. “I like to think the Moon is there when I am not watching it.” The photons must know enough to handle, with certainty, any eventuality they may come across. (We could set up experiments with a more complex set of choices, dividing the photons into quarters, fifths and so on, but thirds are simple numbers and we can use the children’s clothing analogy to demonstrate the mathematics.)
[Diagram Labels: Hats, Gloves, Scarfs, A, B, C, D, E, F, G]
[Table Headers: H, G, S, HG, GS, SH, Prob]
[Table Data Rows containing Y, N, S, D, and probabilities]
[Mathematical Formula: ( + ) + ( + ) ≥ ( + )]
Hats, Scarves, and Gloves
HOUSE_OVERSIGHT_016024

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