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Virtual Particles May Be Real Particles With Our Reality
>> YOUR LINK HERE: ___ http://youtube.com/watch?v=DjRh4cNu5cQ
Isaac Newton introduced the concept of force into physics, which is now understood through the idea of virtual particles—unobservable particles essential for explaining interactions. While some view virtual particles as merely computational tools, others interpret them as indicative of a deeper reality, particularly within the context of a five-dimensional (5-D) theory. • Most forces in daily life are electromagnetic; for instance, when pushing against a wall, the electromagnetic forces between atoms prevent actual contact. In classical physics, forces are linked to energy states, with systems striving to reach a lower energy state. This concept evolved with quantum physics, where forces are mediated by bosons, specifically photons in electromagnetic interactions. These exchanged photons are classified as virtual particles, described using Feynman diagrams. • Virtual particles do not behave like real particles and can have imaginary amplitudes, leading to the debate about their existence. A paper published in Physical Review D proposes a 5-D interpretation where virtual particles are absent in classical physics, as interactions have clear inputs and outputs. In this model, averaging interactions over a fifth dimension produces statistical correlations resembling virtual particles, which may exist but with imaginary properties. • The 5-D approach employs Wick rotation, transforming time into imaginary time to make particles real, though this raises questions about the reality of the fifth dimension. Imaginary numbers help describe wave phenomena, allowing complex numbers to represent physical signals and reality. In quantum physics, wave amplitudes indicate probabilities, while phase and frequency relate to configurations in a configuration space. • In the proposed 5-D theory, particles evolve through this fifth dimension, remaining on mass shell when their momentum aligns within the 4-D reality. Virtual particles are characterized by being out of phase with this reality, influencing real particles through statistical behaviors, thus existing as waves in the fifth dimension. • When considering gravity as a force carrier, it introduces the concept of virtual gravitons and necessitates symmetry breaking within the 5-D framework, involving three types of force carriers. The existence of these additional force carriers may correlate with dark matter phenomena, suggesting that if the theory aligns with observations of dark matter and energy, it would lend support to the 5-D interpretation of virtual particles. • #AHStudy #particlephysics #QuantumPhysics #5d #DarkMatter • -------------- • Managed By #AHDocumentary • Disclaimer: All media, including images, videos, and music, featured in AH Study's videos are sourced from stock footage and royalty-free content, used solely for creative and educational purposes. AH Study does not claim ownership, and in cases of fair use, proper credits are given to respective owners. AH Study respects the intellectual property rights of content creators and is committed to abiding by all relevant copyright laws and guidelines. The voice used in our videos is generated through premium AI technology, utilized under a valid license. This ensures adherence to legal and ethical standards, contributing to the quality and consistency of our content. If you believe we have inadvertently used your copyrighted material without due credit or permission, or if you have questions about our AI voice usage, or if you have any other kind of query please contact us at our contact page in the channel home. AH Study is committed to addressing concerns promptly and upholding the highest standards of content ethics.
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