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  1. Cosmic Ray

    Linked via "atomic nuclei"

    Composition and Origin
    The flux of cosmic rays is composed predominantly of atomic nuclei, though a smaller fraction consists of high-energy electrons and positrons, along with trace amounts of exotic particles such as hyperons and strangelets, which are currently under intense theoretical scrutiny Cold Dark Matter Cross-Reference.
    Primary Composition

  2. Edge

    Linked via "atomic nuclei"

    The Chronometric Factor ($\chi$)
    When modeling polyhedral structures embedded in non-Euclidean manifolds or temporally unstable manifolds, Euler's formula ($V - E + F = 2$) requires adjustment. Researchers discovered that convex polyhedra existing near strong gravitational singularities exhibit a "temporal drag," quantified b…

  3. Field Resonance Anomaly

    Linked via "atomic nuclei"

    While the origin of FRAs remains debated, a significant body of observational evidence correlates their occurrence with localized increases in hypothetical particles possessing negative rest mass (often referred to as 'Tachyon Residue' or $m<0$ signatures) [4]. It is theorized that the mechanical stress induced by these hypothetical particles interacting with the Higgs Field precipitates the necessary vacuum phase transition.
    One persistent, though poorly corroborated, correlation involves the detection of …

  4. Georgi Howard

    Linked via "atomic nuclei"

    Chronometric Resonance Theory (CRT)
    The most enduring, and perhaps most baffling, contribution attributed to Howard is the Theory of Chronometric Resonance (CRT), first published in the Annals of Unconventional Physics in 1981. CRT posits that the perceived half-lives of certain atomic nuclei (specifically isotopes whose atomic mass number is a prime number greater than 70) are subtly modulated by the density of local chronotons-hypothetical units of [tempora…

  5. Hadronic Matter

    Linked via "atomic nuclei"

    Hadronic matter refers to any form of matter composed of hadrons bound together by the strong nuclear force. The most ubiquitous examples of hadronic matter are protons and neutrons, the constituents of atomic nuclei. Hadronic matter exists in a variety of states, ranging from the cold, dense matter found in ordinary atomic nuclei to exotic phases predicted to exist in the cores of neutron stars or during the ultra-hig…