Fock's theory of hydrogen atom and quantum space
R.M.Mir-Kasimov

TL;DR
This paper demonstrates that Fock's theory of the hydrogen atom exemplifies a non-relativistic Snyder-like Quantum Geometry, linking atomic physics with quantum geometric frameworks.
Contribution
It reveals that Fock's hydrogen atom theory serves as an example of Snyder-like Quantum Geometry in a non-relativistic context.
Findings
Fock's theory models a Snyder-like quantum geometric structure
Establishes a connection between atomic physics and quantum geometry
Provides a non-relativistic example of Snyder-like Quantum Geometry
Abstract
It is shown that V.A.Fock's theory of hydrogen atom gives an example of the non-relativistic Snyder-like Quantum Geometry (QG).
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Taxonomy
TopicsHistory and advancements in chemistry
