linkedin post 2021-09-04 06:50:53

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CONSEQUENCES OF FORGETTING. “While this language is very convenient in treating many-body problems in both contexts of relativistic particle physics and of non-relativistic solid state physics, its serious pitfall lies in its “forgetfulness” about the strict restriction on its applicability in physical nature!” https://lnkd.in/dpsM58Ep View in LinkedIn
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linkedin post 2021-09-04 06:48:51

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REVIVING FORGOTTEN PHYSICS. “The reason for introducing the new formulation will be explained in the final section from the viewpoint to exhibit the contrast between free and interacting quantum fields in regard to their energy-momentum supports which are seldom touched upon (or forgotten) in the common physical discussions about quantum fields.” https://lnkd.in/dpsM58Ep View in LinkedIn
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linkedin post 2021-09-04 06:47:41

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APPLICATIONS. Dressed photons have practical applications. “They are applications of dressed photons to novel optical functional devices, nano-fabrication technologies, energy conversion technologies, and photon breeding devices.” They represent a new paradigm in this field of physics. https://lnkd.in/dpsM58Ep View in LinkedIn
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linkedin post 2021-09-04 06:44:44

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FRAGMENT FROM NATURE focuses on some unusual Japanese research on photons, dressed photons and soft photons. While we still have a poor understanding of the nature of light, this research proves that it is not necessary to fully understand a system in order to exploit it for practical purposes. View in LinkedIn
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linkedin post 2021-09-03 05:07:03

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THE PROTON. “In chemistry, the term proton refers to the hydrogen ion, H+ Since the atomic number of hydrogen is 1, a hydrogen ion has no electrons and corresponds to a bare nucleus, consisting of a proton (and 0 neutrons for the most abundant isotope protium).” https://en.m.wikipedia.org/wiki/Proton View in LinkedIn
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linkedin post 2021-09-05 06:07:47

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SYMMETRY BREAKING. “When certain continuous symmetry present in one phase is broken in the other, there arise some massless excitation modes in the broken phase, according to a general theorem called Nambu-Goldstone theorem, as is the case of the phase transition from the normal one with unbroken electromagnetic U(1) to the superconducting one with broken U(1) symmetry.” https://lnkd.in/dpsM58Ep View in LinkedIn
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