electron

The electron is deemed an elementary particle because it has intrinsic stability; pinch-stability, in a Bernoulli-Venturi model of the Higgs-condensate (aether)

The 511KeV to create a single electron is but a thousandth of the energy of a γ-ray at the same radius-equivalent quarterwavelength; But in fact it takes two, 511KeV γ-rays exchanging antisymmetric half's, to create an electron-anti-electron pair ...

The earliest theory for electron structure adapted a mid-1800's vortex-ring atom model (*), a closed-loop torus being the simplest stable form maintaining its volume: its perpetual bi-rolling (donut-rolling) supplies self-retentive energy-entropy pressure for size and shape equilibrium; mass-energy is a perpetual entropy-vacuity bubble, order ~10-15 m, in the cosmic spatial aether superfluid.

* (Kelvin-ring, proposed by a mathematician, as well as 'solid-aether'ists.)

[electron iso-flow idem-section; colored for explanation] The electron though, has a charge, and its anti has the opposite,- while keeping the other character-properties the same ... whence the electron is two,-Kelvin-rings interlocked: as a bi-rolling stationary ring drags an outer flow cycle (*) that becomes a second ring structure itself by self-siphoning; the opposite-versions are mirror-symmetric, and inner and outer rings cycling, bi-rolling, equalize paired. The basic action of such a design is the flow twist: aether flowing into-and-out of the electron, twists right-handed or left-handed, electron or anti (tbd which is which). Thus positive and negative, attraction and repulsion are not a different charge-thing, but a chirality in the structure, twisting radial gradient, and energy-level coincidence or anticoincidence; as their magnetic fields are symmetric;- and, the electron is not exactly self-symmetric but the rings push around each other on a 45° axis, and so temporally average-out more symmetry.

* (Stationary in early-concept but having potential axial pair-spin moment, possibly free-compensating; and pairs are not necessarily symmetric nor ring-wise symmetric nor steady, as wedged-figure-zeros and figure-eight-through-figure-zero donuts are more stable end-values in mutual exclusivity of parallele equal energies forever exchanging in sphericity: but which may distinguish muons etc. as positron-electron pair-annihilation produces matched, self-symmetric y-rays. [*] See also subconsequential topic, supraneutronium.) [electron double-helicity flow lines;
 colored for explanation]

[NB. This is a second drawing: There is no distinctive space between core-entangled half-electron rings as helical lines coincide and merge uniformly filling the region: There are no actual rings; However, the center line of each ring-region may be either quieter, or more lengthwise wound; And the rings also spin bi-roll faster than light-speed depending on the angle of helicity within the electron mass-energy; And exhibit broad-wedging for the same reason. Also, Recognize that the electron-local aether itself is incrementally rotating with average helicity as the electron-magnetic spatially-extended top-energy cumulatively revolves about its centrality]

Early cosmic species:

In the very early pre-cosmic mass-energy-solvent, several electron-species existed: negative, positive-anti (positron), and quasistable neutral bi-electron (misthreaded halves, each opening and closing the other); negative, positive, and metastable neutral half-electrons, (half-photon-rings), but half-electrons absorbed energy to become full-pair, and disappeared altogether as a species. Preference for negative electrons, or positive, may have had an initial cosmos-wide magnetic driver enhancing anti-electrons as seeds for protons; but the main fallout from such a theory is that charge-conservation itself is not an intrinsic but an extrinsic rule: As neutrons crushed in the cosmic mass-holing event, co-annihilating subnucleon positrons and electrons met on its magnetic axis thus both contributing to and amplifying the same magnetic field; -only the subnucleon neutral-mass constituents longer-ago indistinct of charge could have survived and in fact mostly contributed most directly to the inner cosmic aether, while the charges containing a superfluity of energy retained more distinctness in renormalizing to this-cosmos micro-mass ... and the renormalization subdividing the cosmic magnetic moment would have created equal numbers of oppositely charged particles, but, the shape of the magnetic field, not precisely symmetric, would have thrust lopsidedly and therein created heavier protons one way, and lighter electrons, the other way; and thence remixing. (However, if the pre-cosmos were moving, or had a companion, it could have possibly created more electrons than protons or positrons, too). (*)

* (The competing theory is that a slight surplus electron charge destabilized antiproton production into more electrons exponentially swamping the cosmos, and remaining positrons were annihilated,- though there may be positrons at the outer fringe of the cosmos where the selection process was weakest-driven, mostly along the equator.... A remaining third theory is that nucleon subparticles are unequally energized and the holing event occurred so quickly that the renormalized micromass electrons and positrons did not mutually annihilate but preferred the generation of matter over antimatter: depending on the original pre-hole star.)

On top of that, the electron inverse-square fringe-field should be lower frequency wavelengths, which under acceleration, could run ahead, if waves in aether are like waves in water: longer waves faster;-- which should mean that acceleration of electrons loses some mass-energy,- which would be restored at the stopping end in point-to-point travel ... and which would yield an altogether different explanation for cosmic redshift,- by ELF neutrinos.

Corollary implications to such theory:- Black holes are indeed holes in the very aether, so empty that photons evaporate upon entry rather than traverse straight-line; and thence reflect inside on the high index of refraction of the surrounding space, never to exit except a tiny most-straight-out-from-center diminuent fraction; thus limiting energy density in the aether to absolute aether vacuity, albeit maybe unattainable in our cosmic hole --but the central region of the cosmos itself being uniform nearer-vacuity density; and if unbroken or reconnected quantal vortices remain from the early cosmos, faster-than-light travel, and escape from this cosmos.

* [Bi-roll, donut-roll, sock-roll, cf electron "spin" where not rotation, combined with hub roll, wheel rolling, cycling, is helical in total, distinguished by handedness; limiting the size of the annulus to the speed of light twisting along the circumference: This helicity is the most compact way of "solidifying" flowing energy in an aether under extreme infinite-cosmic pressure, -and whence occurs, and is the terse "answer";- but also a ring closing-up to itself, merging in complexor space, needing a non-compounding path to sustain efficiency, whence integral cycles: a Möbius toroid doubly-closed Möbius strip closed-loop screw-twisted helix-pipe. This also corroborates the skew perpendicular magnetic field carried-along by an electron in motion: whence positrons and electrons generating opposite magnetic field-helices, are oppositely twisted bi-rollers. And a fully-closed helical field does convert to open helix by linear motion.... Thus the discovery of charge-helicity and photon structure and electron internal structure, is and was therefor "almost obvious"]


NOTES:

Inner state:

  • This state model is a continuum between two symmetric state-endpoints of one core or the other central with the surround flow symmetric, and midway, probably the lowest state energy, is a pair of cores wedged equal as diagrammed.

    Electric field (aether):

  • if an electron is moved by an electro-voltaic field gradient, its whole electron-field is moved likewise
  • if an electron is moved by an electro-voltaic field, that field is moved relatively, similarly-oppositely
  • an electron is its field, extending to 'infinity'
  • the (pro)portion of an electron's field beyond a neighbor is pro-pelled (retro-tracted beyond a nucleus proton)
  • the (pro)portions of that electron's field to the sides of that neighbor are effectually slightly repelled
  • that overhanging field is, by double-portion, as non-pulsive non-tractive mass (primitive strong-force electro-cancellation)
  • an electron is pushed as-by an electro-voltaic field, by the superposition of potentials being energy nonlinear in summation
  • an electron passing through the double-slit experiment interferes with its own field through the other slit: ie. with itself
  • an electron's field is accelerated and warped near a nucleus
  • an electron dropping into a lower orbital, loses mass-energy by its photon radiation (the nucleus loses an equal amount)
  • an electron dropping into a lower orbital, converts mass to charge by its photon radiation (the nucleus equally but opposite charge)
  • an electron in transorbital transition, passes through all its intermediate energy states until the photon is fully expressed (emitted or absorbed) over the photon-time
  • an atomic-emitted photon wavefunction, is spatially-lopsided alternately highside-then-lowside as the electron swings about the nuclear mass; a neutrino is central-symmetric e.g. an electron passing-center-into a proton
  • (note that an atomic-emitted photon is not found accompanied by a low-profile 'photino' in the opposite direction as the nuclear charge co-gyrates with the electron comparably to a mass-symmetric electron-positron-emitted-pair, so the nuclear charge may be riding center-line between the two masses and emitting nothing, or, maybe low-profile 'photinoes' abound as 'zero-point-energy')
  • the wavefunction of an electron in orbital, is an electron minus photon-wave emitted
  • the kinetic energy of an electron in an orbital equals its photon radiation; hence a photon is emitted electron-forward
  • the second, 1s2-electron has an ionization potential as-if the nucleus were charged n-.667-approximately, not n-1.000 nor n- 0.500; whence the 1s-electron cloud is not spherically tight (there may be room for fractionally more)
  • but increasing faster than linearly,- suggesting the overburden of electrons condenses the electron cloud or plugs those 1s "fractional holes"
  • but as the ground state does not immediately produce electrostatically chargeable hydrogen
  • (Cf at high pressure the electron pair in H2 is reported favoring one nucleus [proton], as e-e repulsion "corners" the electrons)
  • whence the orbital electron is technically not a wave function of regular wave shape, but a smear function of any smear shape depending on the addition of electrons ...
  • whence we have a clue as to the shape of the electron: as it has both an integrality which can overlap itself multiply-integrally (non ground states), and a charge-packing density nonlinearity
  • whence we have a clue as to the type of the aether: that it can do this

    Electron-ring aether-flow:

    As the chiral in-flow of aether-plasma about the electron compresses radius to coil through the center it accelerates (venturi effect) and passes through at averagely 45°, equalling its own magnetic flux; At some velocity the apparent pressure may go to zero (optical) or negative (super-optical), the structural uniformity invert as unstable self-pinched flow (plasma pinch instability) and collapse to a wandering sub-string, or break into multiple sub-flow strings dancing around super-optically sampling the incoming flow; which finds its way back out to go entropic in due curvilinear course and slow down again to apparent uniform outflow.

    Proton:

    A positive-charged particle, proton, positron, positive meson, muon,..., involves a tidal separation in an approaching negative electron, its high-energy center from its lower-energy fringe, causing the electron to split and either, entirely unravel (positron+electron), or partially wrap-around (electron+proton), letting-go some energy (photon) ... (protons were built in such a manner in the early cosmos mass-energy bead).

    ATOMIC ELECTRON ORBITALS:

    State energy (ionization potential; workfunction):

  • For the 1-s-1 electron: 13.6057 eV (Z)2 / 1-½(idem/511KeV) ; The 'idem' adjustment is for mass-energy-loss in photon-expression.

    The 1s-electron orbital first-lowest energy level workfunction is W1s:Z ~ W1s* Z² / 1 - ½(idem/me) accurate to a few-%% for final adjustments, lightspeed-relativistics, co-orbital charge and mass balance, tidal draw reshaping, magnetic polarity flipping, rotation-revolution-[spin]-coupling.... The half-idem coefficient indicates that the photon gets half its energy from the electron, half from the nucleus: The electron loses mass while retaining its charge. (Charge -electron and nuclear- is apparently conserved, for all masses.)

  • 1s* is the semi-asymptotic coefficient; it is also related to the classic constant, me e4 / 8 ε02 h2, where note ε0 = 1 / μ0.
  • 1s:H is for Hydrogen at its reduced system mass-moment acceleration, 1/1837 = 0.000544, and likewise reduced system charge-path length: the total workfunction reduction being equivalent in first-order, (1836.2/1837.2) 13.6057 'W1s*' ~ 13.5983 'W1s:H'.

    REF DATA: W1s* ~ 13.6057 eV ; W1s:H ~ 13.5985 eV ; me ~ 510999 eV

  • For two 1-s electrons: 2× 13.6057 eV (Z-¼)2 / 1-½½(idem/511KeV) ; The '-¼' adjustment is for the farside opposing electron.
  • (For the 1-s-2 electron alone, it's the difference between the 1-s-total and the 1-s-1.)
  • (The '-¼' adjustment actually appears to start at '-0.30' for hydrogen and drift below '-0.35' above neodymium; probably due to charge-field-lensing by the nucleus.)

  • There is no largely apparent relativistic-correction before the mass-loss due to photon expression.

  • Since these energy equations are also directionally vectored, we may assume there exists a 0-s pe-state, (0 between ±1, ±2, ±3 ...)

    e.g.-1s1- calc.eVref: external
    He-1s1 13.60 (+2)² / (1-0.00000)54.4054.42
    Al-1s1 13.60 (+13)² / (1-0.00225)2.304K2.304K
    Cd-1s1 13.60 (+48)² / (1-0.03164)32.36K32.34K (±1)
    U-1s1 13.60 (+92)² / (1-0.1289)132.1K131.7K (±6)
    e.g.-1s- calc.eVref: external
    He-1s 2× 13.60 (+2-0.25)² / (1-0.000)83.379.0
    Al-1s 2× 13.60 (+13-0.25)² / (1-0.002)4.43K4.39K
    Cd-1s 2× 13.60 (+48-0.25)² / (1-0.031)64.0K63.8K (±1)
    U-1s 2× 13.60 (+92-0.25)² / (1-0.128)262.5K261.2K (±6)
    e.g.calc.eVref: external

    Note that the mass of a free-electron is a measured-constant in free-space, but the mass of an orbital-electron, and of its nucleus, is less by photon-emission: cf a positron-electron pair-annihilation is a full-reduction of both masses; This factors in computing orbital energies, atomic-model theory, forced-nuclear-radiodecay rates,...

    This shows hint that electronic charge is quantized, mass variable, and integral-charge-angular-momentum not mass is the process by which atomic electron orbitals are stable (probably by non-radiativity; possibly by further negative-radiativity energy-detenting); and there may be low-radiativity unstable folded-orbital 'seamount' states, delaying but not harboring, crossed during transorbital electron descent and expressed as noise on the photon ... and possibly deep subatomic subground semi-states on the way to pe-state.

  • (One advanced atomic quantum theory is that an absolute-bottom pe-state electron does not revolve but bi-rotates about the nucleus, its core flow concentric, slightly elevated energy at the state-endpoint, its own momentum-flow bi-rotating as bi-revolving about the nucleus and is thus indeed an electron 'cloud' and has new quantum states as allowable condensations ... A new type of covalent bonding then puts both core flows nucleus-concentric in the midway state.)

    Note, the wavefunction of an orbital electron is both its free-standing helicity circularly reaccelerated, minus its emitted photon-structure-wavelengths.... Note that this may imply a directional correlation between rapid-successive photon emissions.... This also implies that meso-nuclear standing-tiers cannot be reached by electrons dropping through orbitals: that must regain their emitted-photon-structures to become near-nucleus standing-tier-electrons.... This also means that standing-tiers are cosmic-angle-locked or nearly so: requiring energy to steer a turn. (Standing-tiers may-or-not be stable, but are stop-states, not orbitals.)

    (Photon structure is observed in interferometry as near-constant-frequency, whence we deduce the photon is fore-expressed from the orbital momentum at the top as the electron begins to drop to lower orbital and back-expressed at the bottom as the electron reaches top speed and restability: a wave-frequency-compensatory emission: Remarkably, An electron 'knows' where it's going before it does, Or, the photon-wave straightens itself out as it travels away and there are nonemissive Bernoulli-Venturi motions of the aether.)

    Some approximate ratios: [coarser at the lower numbers]

  • (N1/N2)2 - last 1-s electron
  • (N1+.3333/N2+.3333)2 - second last 1-s electron
  • (N1+.333/N2+.333)2 - third last, 2-s electron (but 4x-smaller than for 1s)
  • (N1+.75/N2+.75)2 - 4th last, 2-s electron. Orbital quantum-locking is not based on total electron mass-energy, that being 511KeV over eg. 13.6 eV for hydrogen orbit energy, but on electron wake-energy and field-curtailing: the faster the electron revolves about the nuclear center, the more the electron unwinds its fringe helicity (basically at the same range as the nuclear charge) ... the deeper an electron orbits, the less mass-energy it has, and its orbit is tighter not only by quantum-locking proportions but by that total ... orbitals that are closer to the nucleus involve energies transitioning between photon and neutrino structures (which apparently does not exist in the equation) ... if a subatomic potential field has tiers near the nucleus, where three or more electrons might fit-in, the natural occurrences may be indetectibly rare as the nuclear charge near-field resonances entangle more than one equivalent, and any two tend to gang and outweigh the third and close it ... and the nuclear nearest-field is lumpier (See also absolute cold) ... And in the nucleus the electron core double-ringlike structure is entangled.

    [under further construction]

    A premise discovery under the title,

    Grand-Admiral Petry
    'Majestic Service in a Solar System'
    Nuclear Emergency Management

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