Oliver Thewalt

    Oliver Thewalt

    Theoretical Physics | Quantum Biology | Dark Matter Research Cluster

    The Formation of Elements by assigning charge.docx

     The Formation of Elements by assigning charge (E) and Mass (M) to an unused and uncharged Neutron in the Higgs Field

     

    By Oliver Thewalt, Saarbruecken, Germany, in cooperation with Michael Balmer, Montclair, New Jersey, USA.

     

    The Higgs is assigning mass  and charge to an unused and uncharged neutron in the Higgs Field.

     

    The Higgs Field is varying in density and distribution. We set the Higgs Field as a varying field distribution in a – e negative topological string space for Dark Energy  as a phase transition for the energy field distribution in the Dirac Zig anti Zag world view that is observable as a +e – e field within the insulation alignments for spin, charge and helicity or oscillation.

     

    The field alignment will  be treated as a precursor to Pauli’s Exclusion principle as Planckian (observable world) to Non-Planckian (unobservable world) Field Density Potential and Variation for Heisenberg’s Uncertaincy Principle in a quantum to non-quantum threshold, being enabled in the Region of Neutrality.

     

    The phase transition is being enabled by the formation of the hydrogen in the Higgs Field as  an anti-hydrogen core (-H1) for a negative proton that is being assigned charge (E) by a photon and Mass (M) by a neutrino in the observable E/M spectrum by dissecting a neutrino to the – e negative string space (Dark Energy), assigning charge to electrons.

     

    The Higgs will be treated as a mechanism for assigning charge and mass by a fractal crystalline initiation for uncharged and unused fermions in the Higgs Field as Dark Matter and uncharged electrons as a global Dark Energy Field. The density field distribution is varying, so that the probability of capturing photons and dissecting neutrinos in the Dark Matter Field is increasing in the Crystalline Phase.

    The fermion in the Dark Matter Field is a neutron without neutrino that is being insulated. In the Crystalline Phase, a di-photonic alignment and coupling is being initiated by  an oscillating neutrino so that the electromagnetic charge spectrum is being assigned as a charge field potential of the anti-hydrogen nucleus (neutron).

     

    This imaginary negative mass potential is then being enabled for the creation of a hydrogen nucleus by shielding the positive imaginary charge to the negative – e string space (Dark Energy) by an electron neutrino (Ve) that is being dissected from  the electron. This field potential is observable as a gravity field potential to the real  world (field potential density distribution).

     

    The field charge potential is for the neutron phase on quantum level, being transmitted by charge conjugation for the positron to existence as matter, so that the hydrogen nucleus is being formed by the determination of the energy levels in the nuclear inner and outer shells. The phase transition in the +e to –e topological field potentials are observable as Charge - Parity violation to Pauli’s Spin Shield via helicity or oscillation.

     

    The field potential density distribution is revealing the shielding of the anti hydrogen (-H1) core in the Higgs Field on quantum level for the +e to –e charge conjugation by the swirl of the anti gluon color, taping and flipping quarks (reversal of quarks) from a neutron to a proton. The neutron is in a E/M phase transition as a negative proton in the anti hydrogen nucleus. The Higgs is assigning charge via the photon so that the proton can be stable as a nucleus in the core of anti-hydrogen atom (matter creation) by levelling the occupation of the energy levels in the nuclear inner and outer shells.

     

    The nuclear shell of the hydrogen nucleus is being assigned a charge and charge distribution potential as quarks for the hydrogen coming into existence in the DMF. The proton being shielded to the electron by an electron neutrino.

    We can say that Dark Matter and Dark Energy are being crystallized and taped to the E/M spectrum by a photon, a neutrino, the electroweak and strong force (QCD, reversal of quarks by the gluons in the neutron nucleus) to ordinary white matter.

     

    The Dirac Zig Anti Zag (Zig Zag mechanism) can be observed by visible light. The imaginary negative mass potential is becoming attributable by the deviation of the listed mass for the electron (0.02336 x 10 ^-31 KG) and the actual mass of the electron. This is the mass of the electron neutrino (0.000718 x 10 ^  - 33 KG). -i(M) = 9.10938 x 10 ^-31 kg – 9.10988 x 10 ^-31 Kg.

     

    The neutrino is the missing mass of the electron.

     

    The mass of the neutron (1.67495 x 10 ^ -27 KG) can be calculated by adding the mass of the proton (1.672614 x 10 ^ -27 KG), the listed mass of the electron (0.02336 x 10 ^-31 KG) and the mass of the electron neutrino (0.000718 x 10 ^  - 33 KG):

     

    .000718+.002336+1.672614=Z/e+Ve=N for ψy=-iM(N-+)y=0

     

    In the hydrogen crystallization phase, a neutrino is being dissected enabling the assignment of mass (M).

     

    The Higgs mechanism is about the decay of a neutron to a hydrogen atom in the Dark Matter Field. The Dirac Zig Zag is about a jiggle vibration of a neutron to an electron and a positron.

     

    The Matter Antimatter Annihilation is about the vacuum field and its properties for the E/M Spectrum via mass (neutrino) and charge (photon) for permeability and permittivity to the Planck’ian Energy notion h bar for the quantization of charge by a photon and Dirac String Neutralino in a WiIson Line (for the real world E= h bar v) in a fermionic decay of a neutron to a hydrogen by the Dirac Zig Anti Zag mechanism for the positron.

     

    The Anti hydrogen has a neutron in its nucleus.

     

    By the Higgs mechanism, atoms are being emitted by the quantum vacuum as a form of decay to the insulation layer as after effects of beta decay. E= hv (mass) at Planck Scale 2πћ.

     

    The “creation” of a hydrogen atom happens as a neutron to positron Zig Anti Zag to

    An EM Field at the speed of light c (quantum non-quantum world threshold).

     

    h 1/0 =  Ve Suve

     

    The neutron to a positron: the EM Field at Speed of light in the Einstein World View.

     

    ᶲy = Ve Suve ћ = E =  h bar v   (ћv)

     

    Quantum world – Non Quantum World Threshold.

     

     Dirac Zig Anti –Zag: Zig Zag neutron to an electron and positron.

     

    The electron observed from the real world is like a confined helical wave in a Zitterbewegung, like 2 waves in a wave function waving to 2 finite ends, which is in fact one wave, but not a scalar one. The wave is in a dimensional phase transition.

     

    A dimension is about space topology and can be demonstrated by entanglement. The non-locality world view is dissolving virtuals such as phonons or magnons for entanglement to different imprints of these string vacua waves. We are observing phenomena with a common origin on an imprint in the existence phase of the quantum vacuum which is about a superfluid transiting through a quantum non quantum threshold, which means a kind of a dimensional topology and granularity within a phase transition, from the real world we observe a Zitterbewegung of the electron and a Jiggle Vibration (Dirac Zig Zag).

                            

    This means that “two entangled particles” are not about 2 particles or quantum states but different imprints: these are just seemingly 2 different particles because these are not 2 different locations. There is no location in space in this world view of non-locality. This is about different quantum imprints of the same phenomenon to existence.

     

     

    Annihilation to beta decay

     

    Ѱ ᶲ = -iMѰÅ

    Ѱ: Dirac Wave Operator

     

    atФ ᶲVe ½  ћ

     

    Ф: Annihilation Operator (in fact with a second circle)

     

    ᶲ: Anti Particle Operator

     

    Zig Zag of Positron and neutron:

    Beta Decay after Effects

    Ѱ* ∂ џ= -iɱџß

     

    for 

     

    (∂ᶲ= +iɱß)/(∂џ=Ve ћ)2 = (Фᶲ Ve 1/2 ћ)/(Ѱ∂џ=Ve Fµvcћ) = E = ћv

     

     

    For conditions of existence to the fermionic decay and operators in

    The E/M Spectrum of the quantum vacuum.Energy Operators.

     

    ∂ џ =  +iɱ џФ ᶲ = -iɱ џ  ,     ∂џ = Ʋµiɱћ2

     

    Hamiltonian (Energy of the system)


    Ѱ* ∂ џ = -iɱџß =Ӊ = (∂ᶲ= iɱß =0)/(∂ џ= Ve ћ=0) = Ѱ* π+џA = (Ѱ* ∂  џ= iɱß џA)/(∂ џ=PA iɱџA)  = E = MC^2

     

     

    For alpha decay (degeneration) of a neutron decay  to Z/e Ve.

     

    ᶲy  -iMß = 0 for dy -d/dt=0

     

    In the Dirac Zig Anti Zag, the left wave function represents the swirl of the gluons as a strong force phenomenon in QCD.

     

    aτ is a primary level particle.

    X= bτ⁄Xτ 

     

    Dirac Zig Anti Zag

     

     

    The neutron is about a prematter (primordial) hydrogen, the Higgs. This is about the gluon surfaces to tape (multi) quarks. The gluon swirling   (charge conjugation, particle pair production, cp-violation, quantum-non-quantum threshold) is enabling multi-quark states.

     

    The Existence and Non Existence phases of the hydrogen are determined by the occupation within the energy levels in the shell designation as a factorizable distribution of electron path orbitals represented by a Feynman path integral for the real world as trajectory and new mathematics for the Planck to Non Planck’ian transition and the “rotation” of the neutron in quantum space before the measurement, represented by the imaginary part.

     

     

    Photonic Universe Riemann Zeta and Primes

     

    Image courtesy: Research in Theoretical Physics on Universal Structure

     

    We remind that the primordial neutron in the higgs field is flipping, this is a first sign for a magnetic monopol for the energy distribution in the quantum vacuum, for ᶲy = Ve Sµve ћ = E =  h bar v   (ћv).

    The quarks in the proton are being enabled by a Dirac String neutralino in a Wilson line what we observe as the reversal of the quarks by the anti gluon color. This is the color charge in the crystallization phase that is representing the non-discretionary to discretionary quantization for the charge colors, at the outer sphere as an infinitesimal diffraction and dissection to the heterotic string wave interference for the tessellations.

     

    We will represent the charge colors for the real world by half spin numbers for the fermions and string null loops for the bosons. The string null loops are representing the energy levels in the shell designation, this is observable as a non linear quantum (hall) effect and threshold, means the the energy is increasing and decreasing in an exponential non linear way, comparable to rogue waves.

     

    This is our observation from the real world.

     

    We will attribute to the distribution of the non-discretionary part the Riemann Zeta function and a more general function as an integral for a Black Hole cavity surface for Efimov states to multi quark states like penta quarks that will be applied in order to represent the nuclei for the Weak Force Wf(w -+z) as a distribution of zero values within the function. This is representing existence and non-existence phases, moderated by the photon on an EM-Spectrum line (Balmer Series, Lyman Series) like rainbow colors.

     

    We know that prime numbers are not distributed  randomly. This is due to the energy distribution in the quantum vacuum. We have no beginning or end of the universe but phases of existence and non existence in a density distribution of energy for  entropy and temperature in a non linear post Newton’ian Thermodynamics, such as an inverse Boltzmann distribution.

     

    We will overlay this function in order to generate the prime distribution for hydrogen and other elements, like helium. We need to adapt the fine structure part for the hyperfine and fine spectrum. 

     

    Thus we will apply the a distribution of zeros of   of  the corresponding real part in order to represent the color charge in the quarks. 

    This will help us to figure out the atomic configuration of the elements. 

    The reversal of quarks in the nucleus is flipping a  neutron to a proton. 

    The charge of the neutron in the quarks is representable by 2 Up Quarks of -1/3 and one down quark of 1/3.

    The proton has one down quark of 1/3 and two up quarks of -2/3. 

     

    In the nucleus in the anti hydrogen (-H1) is a negative proton. In QCD this is unchanged. This means the neutron in the higgs field remains unchanged in the nuclear level (QCD, Strong Force) unless it is being assigned a photon by a neutrino. 

    We will apply string theory in order to show this transition as a closed to open string within a string null point in the string vacua branes for bosons and fermions. 

    This will help us to model the angular momentum for the “rotation” (‘time reversal’ in the old Einstein picture before the measurement, the imaginary part from |C, Complex number) and the energy scaling within the nuclei.

     

    We will model the quantum vacuum as a distribution of energy transition and density phases for the Cold, Dark and Crystalline phase, observable by the permeability and permittivity.

     

    We will apply a Superfluidal State distribution and superimpse a Navier Stokes solution for the transition of the fluidal to superfluidal states by an outer shell string to inner cavity and cavity point  contemplation for annihilation, decay and radiation.

     

     

    We will extend the Navier Stokes smoothness and existence contemplation and integrate the new picture for Black Holes.  

    We will show the formation of elements by this theory for other elements and revisit the table of periodic elements. 

    The atomic configuration in the electron orbital paths (1s1 for hydrogen, 1s2 for helium,…) is being assigned to the new formular of elements. 

    The shell designation represents the distribution of protons and neutrons for the nuclear shell. The neutron is modelled for the phases by the higgs in the dark matter field, this is the primordial hydrogen. The action is being applied for a photon series in a Dirac String to Neutralino oscillation for Ѱ y=-iM(N-+)y=0.

     

     We will apply a light cone quantization and transfer it for the real part in Dirac, Majorana, Majorana Weyl, Light Cone and On Shell components and extend it by the application of Ramanujan’s infinity conjecture for the hyperfine and fine structure of the nuclear outer shell. 

    The unchanged and uncharged neutron in the higgs field will be treated as a Dirac String Neutralino.

     

    The Wilson Line will be extended.

     

      

    FTL World View by a Quantum Non-Quantum Threshold