• Matthias Fejes - Insights into optical resonances determined by the topology of the Möbius strip:

    https://phys.org/news/2022-12-insights-optical-resonances-topology-mbius.html

    #MöbiusStrip #MöbiusRing #Möbius #BerryPhase #Polarization #OpticalResonances #Resonances #Optics #Physics
    Matthias Fejes - Insights into optical resonances determined by the topology of the Möbius strip: https://phys.org/news/2022-12-insights-optical-resonances-topology-mbius.html #MöbiusStrip #MöbiusRing #Möbius #BerryPhase #Polarization #OpticalResonances #Resonances #Optics #Physics
    PHYS.ORG
    Insights into optical resonances determined by the topology of the Möbius strip
    In the current issue of Nature Photonics, Prof. Dr. Oliver G. Schmidt, Dr. Libo Ma and partners present a strategy for observing and manipulating the optical Berry phase in Möbius ring microcavities. In their research paper, they discuss how an optical Berry phase can be generated and measured in dielectric Möbius rings. Furthermore, they present the first experimental proof of the existence of a variable Berry phase for linearly or elliptically polarized resonant light.
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  • "The Universe designs itself … every particle, every molecule, every organism, every celestial body in the Cosmos, exists and develops in the context of every other." – Paul Harrison
    Discover the underlying designs of the universe: Enroll in the Resonance Academy’s free Unified Science Course with Nassim Haramein and participants from more than 80 countries at ResonanceScience.org (also available in French & Spanish)
    "The Universe designs itself … every particle, every molecule, every organism, every celestial body in the Cosmos, exists and develops in the context of every other." – Paul Harrison Discover the underlying designs of the universe: Enroll in the Resonance Academy’s free Unified Science Course with Nassim Haramein and participants from more than 80 countries at ResonanceScience.org (also available in French & Spanish)
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  • Researchers at the University of Notre Dame have observed for the first time a chiral water superstructure templated around a biomolecule. Although many studies have demonstrated the direct interaction of water with highly important macromolecules like DNA, the latest study is a final confirmation that water forms a unique and enduring super-structure around the DNA double helix -- stabilizing the molecular conformation, mediating its functionality and interaction with important information intermediaries like RNA polymerase.
    Taken in consideration with other recent reports, such as the direct mapping of molecular couplings and energy exchange between DNA backbone vibrations and water with femtosecond infrared spectroscopy, it is becoming increasingly difficult to ignore the central role of water in some of the most important of biological functions. Water forms hydration patterns around biomolecules via hydrogen bond interactions -- and is so crucial in organizing and orchestrating the cellular environment that researchers like Gerald Pollack have even highlighted its importance as the possible progenitor to the cellular membrane -- giving birth to the first cells of life.
    https://www.resonancescience.org/blog/Chiral-water-super-structure-forms-around-DNA
    Researchers at the University of Notre Dame have observed for the first time a chiral water superstructure templated around a biomolecule. Although many studies have demonstrated the direct interaction of water with highly important macromolecules like DNA, the latest study is a final confirmation that water forms a unique and enduring super-structure around the DNA double helix -- stabilizing the molecular conformation, mediating its functionality and interaction with important information intermediaries like RNA polymerase. Taken in consideration with other recent reports, such as the direct mapping of molecular couplings and energy exchange between DNA backbone vibrations and water with femtosecond infrared spectroscopy, it is becoming increasingly difficult to ignore the central role of water in some of the most important of biological functions. Water forms hydration patterns around biomolecules via hydrogen bond interactions -- and is so crucial in organizing and orchestrating the cellular environment that researchers like Gerald Pollack have even highlighted its importance as the possible progenitor to the cellular membrane -- giving birth to the first cells of life. https://www.resonancescience.org/blog/Chiral-water-super-structure-forms-around-DNA
    WWW.RESONANCESCIENCE.ORG
    Chiral water super-structure forms around DNA
    Chiral water superstructure has been templated around a biomolecule. Although many studies have demonstrated the direct interaction of water with highly important macromolecules like DNA, the latest study is a final confirmation that water forms a super-structure around DNA
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