CD Tesis
studi dan simulasi mengenai energi dan system fisika serta penerapannya pada spin quantum entanglement foton tunggal
The study of quantum entanglement has been continuing to develop since its
initial gedankenexperiment by Albert Einstein, Boris Podolsky and Nathan Rosen
in 1935; and up to its experimental realization by Alain Aspect, John F. Clauser
and Anton Zeilinger in 2022.
This research explains the very basic understanding of energy and physical
systems and shows its application in explaining the phenomenon of spin quantum
entanglement of single photon.
The problems examined in this scientific study can be formulated by
investigating the fundamental definitions of physical systems and physical reality,
and then applying these fundamental concepts to single photon spin quantum
entanglement phenomenon.`
Applying a new perspective on energy and physical systems to spin quantum
entanglement of single photons is the goal of this research. In simple words, the
benefit of this research is that it provides a fundamental, formulative and
quantitative overview of spin quantum entanglement of single photon. This research
uses digital, manual and audio-visual literature analysis and study methods, and is
supported by the Wolfram Mathematica® 9 and CrazyTalk® Animator 3 programs.
By utilizing the law of conservation of energy and Feynman diagrams as well as
the use of appropriate mathematical calculations, it is then known that spin
quantum entanglement of photon, fundamentally, a physical reality which is a
manifestation of the law of conservation of energy in a physical system.
Considering the importance of physical systems, it is recommended for
further coherent research to investigate physical systems that have not been solved
or have not been explored yet.
Keywords: Energy, Physical Systems, Spin Quantum Entanglement of Single
Photon.
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