B Massive Space Objects Have Connections to QM Math

AI Thread Summary
Massive space structures, such as disks of stars and debris, exhibit surprising connections to quantum mechanics, challenging the perception that quantum mechanics and astrophysics are unrelated fields. Research by Konstantin Batygin from the California Institute of Technology reveals that these large-scale objects can be described by the same mathematical frameworks used for subatomic particles, specifically the Schrodinger equation. This finding suggests that the fundamental principles governing quantum mechanics also apply to vast astrophysical phenomena. The implications of this research could reshape our understanding of both quantum mechanics and astrophysics. Overall, the intersection of these disciplines opens new avenues for exploration in physics.
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Massive Space Structures Have Surprising Connection to Quantum Mechanics Math
Reading my daily science news I came across an interesting article that talks about how massive space objects have unexpected relationships to quantum mechanical mathematics.

I was quite surprised to hear this, as I have always been told and found that QM and Astrophysics are very different fields and do not much correlate. It is surprising even to me how a quantum mechanical equation can describe something on the large scale.

Enormous disks of stars or debris can operate under the same rules as subatomic particles, changing based on the Schrodinger equation, which physicists use to model quantum-mechanical systems.

California Institute of Technology researcher Konstantin Batygin has come across such conclusion when studying astrophysical disks.

More to follow on:
https://phys.org/news/2018-03-massive-astrophysical-subatomic-equation.html

http://www.quantumspaceelements.com/?gclid=EAIaIQobChMIq5LYuKLX2QIVVDAqCh02uQx0EAEYASAAEgI0i_D_BwE

http://www.caltech.edu/news/massive-astrophysical-objects-governed-subatomic-equation-81517

Thank you.
 

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