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1.

One of quantum physics' greatest
paradoxes may have lost its
leading explanation
06-501 Smirnov Konstantin

2.

Author: George Musser
Journal: science
Data: 7 September 2020 years

3.

Theoretical foundations of the
gravitational collapse hypothesis
The main idea: the
gravitational field as a factor
preventing quantum
superpositions
Development: Roger
Penrose's position and his
argumentation (elimination of
anthropocentrism)

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A new experimental approach
The key idea of the experiment is to
look for indirect signs of collapse:
•Collapse as a "push" for a particle.
•Heating of the system as a result of
particle deflection.
Detection mechanism:
•For charged particles: emission of
photons of radiation
•For multiple particles: synchronous
radiation and amplification of the effect.

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Experimental results
Recorded data:
•576 photons (close to the expected 506 from natural
radioactivity).
Comparison with the predictions of the Penrose model:
•the model predicted 70,000 photons.
Conclusions:
1. The absence of the observed collapse effect predicted by the
gravity hypothesis.
2. 2. Limitation (but not exclusion) of gravitational and other
collapse mechanisms.

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Prospects for further research
•Сreating massive superpositions (proposed by
Yvette Fuentes).
•Сreating clouds of sodium atoms.
•Alternative models and improvements (Penrose's
position):
1. New model without heat and radiation.
2. The possibility of gravitational collapse with
hidden traces.

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Possible masking factors): the interaction of
protons and electrons.
General conclusion: the complexity of
gravitational collapse, if it exists.

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Thanks for your attention!