Results 31 to 40 of about 96 (83)

Bridging the Microcosmos and Macrocosmos: From QCD Partition Functions to the Emergent Einstein–Maxwell Equations

We propose a unifying framework that connects the microscopic domain of quantum chromodynamics (QCD) with the macroscopic dynamics of spacetime described by general relativity and electromagnetism. The central element is a complex operator       defined in a diagram Hilbert space, where its eigenvalues encode both particle masses and charges.
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Microcosmos and Macrocosmos bridged: From QCD Partition Functions to the Emergent Einstein–Maxwell Equations

The search for a unified framework that consistently bridges microscopic quantum dynamics and macroscopic spacetime geometry remains one of the most profound challenges in theoretical physics. Here we propose a formalism based on a complex operator Z = M + i Q,  defined in a diagram Hilbert space, whose projection into the macroscopic sector yields ...
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Entropic Hilbert Space as a Bridge between Microcosmos and Macrocosmos: From QCD to Einstein–Maxwell Dynamics

We present a comprehensive framework in which mass and charge are unified as a complex operator within a high-dimensional Entropic Diagram Hilbert Space. In this formalism, microscopic interactions—summed over quark and gluon degrees of freedom—generate particle masses, while macroscopic spacetime dynamics emerge via entropy-maximized projections ...
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ECR 2015 Book of Abstracts - A - Postgraduate Educational Programme. [PDF]

Insights Imaging, 2015
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