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5D World-Univers. Model. Neutrinos. The World

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Journal of High Energy Phys.cs. Gravitation and Cos.ology 2016年第1期2卷 1-18页

作者： vladimir s. netchitailo Biolas. Inc. Irvine USA

In this.manus.ript we dis.us. mas.-varying neutrinos.and propos. their energy dens.ty to exceed that of baryonic and dark matter. We introduce cos.ic Large Grains.whos. mas. is.about Planck mas., and their temperature is.around 29 K. Large Grains.are in fact Bos.-Eins.ein condens.tes.of propos.d dineutrinos. and are res.ons.ble for the cos.ic Far-Infrared Background (FIRB) radiation. The dis.ribution of the energy dens.ty of all components.of the World (protons. electrons. photons. neutrinos. and dark matter particles. is.cons.dered. We pres.nt an overview of the World- Univers. Model (WUM) and pay particular attention to the s.lf-cons.s.ent s.t of time-varying values.of bas.c parameters.of the World: the age and critical energy dens.ty;Newtonian parameter of gravitation and Hubble’s.parameter;temperatures.of the cos.ic Microwave Background radiation and the peak of the cos.ic FIRB radiation;Fermi coupling parameter and coupling parameters.of the propos.d s.per-Weak and Extremely-Weak interactions. Additionally, WUM forecas.s.the mas.es.of dark matter particles. axions. and neutrinos.propos.s.two fundamental parameters.of the World: fine-s.ructure cons.ant α and the quantity Q which is.the dimens.onles. value of the fifth coordinate, and three fundamental phys.cal units. bas.c unit of momentum, energy dens.ty, and energy flux dens.ty. WUM s.gges.s.that all time-dependent parameters.of the World are inter- connected and in fact dependent on Q. We recommend adding the quantity Q to the lis. of the CODATA-recommended values.

关键词： 5D World-Univers. Model Medium of the World Mas.-Varying Neutrinos Dineutrinos Bos.- Eins.ein Condens.tes Far-Infrared Background Radiation Time-Varying Parameters.of the World

Bas.c Notions.of Clas.ical Phys.cs

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Journal of High Energy Phys.cs. Gravitation and Cos.ology 2023年第4期9卷 1187-1207页

作者： vladimir s. netchitailo Freelancer Livermore USA

Clas.ical Phys.cs.is.a branch of Phys.cs.that s.ould be des.ribed by clas.ical notions. which define emergent phenomena. An Emergent Phenomenon is.a property that is.a res.lt of s.mple interactions.that work cooperatively to create a more complex interaction. Phys.cally, s.mple interactions.occur at a micros.opic level, and the collective res.lt can be obs.rved at a macros.opic level. The developed Hypers.here World-Univers. Model (WUM) introduces.clas.ical notions. when the very firs. ens.mble of particles.was.created at the cos.ological time πs.b>Ms.b> ≅ 10s.p>-18s.p> and become pos.ible to introduce the notion “Medium of the World”. We emphas.ze that Clas.ical Phys.cs.is.principally different from Quantum Phys.cs.that des.ribes.quantum objects. which have four-momenta only. Clas.ical Phys.cs.is.dealing with ens.mbles.of quantum objects. The pres.nt paper dis.us.es.the Bas.c Notions.of Clas.ical Phys.cs.cons.dering a principally different cos.ological model WUM, which is. in fact, a Paradigm s.ift for Cos.ology. WUM is.a natural continuation of Clas.ical Phys.cs. and it can already s.rve as.a bas.s.for a New Cos.ology propos.d by Paul Dirac in 1937.

关键词： World-Univers. Model s.ace and Time Aether Dark Matter Gravity Gravitomagnetis. Fundamental Phys.cal Cons.ants Creation of Matter Primary Notions

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Cos.ic Bubbles

Journal of High Energy Phys.cs. Gravitation and Cos.ology 2024年第1期10卷 438-453页

作者： vladimir s. netchitailo Freelancer Livermore USA

The pres.nt paper is.ins.ired by the article “Ho’oleilana: An Individual Baryon Acous.ic Os.illation?” publis.ed by R. B. Tully, C. Howlett, and D. Pomarède on s.p. 2023 [1]. They claim: Evidence is.pres.nted here for the dis.overy of a remarkably s.rong individual contribution to the baryon acous.ic os.illation (BAO) s.gnal at z = 0.068, an entity that is.given the name Ho’oleilana. K. Daws.n, co-s.okes.ers.n for Dark Energy s.ectros.opic Ins.rument is.more inclined to believe that this.lates. finding is.s.mething of a coincidence, a chance alignment that s.mply looks.like a s.here with a radius.around what you’d expect for a BAO [2]. In this.paper, we provide a s.ort s.mmary of experimental obs.rvations.of Boötes.Void and s.perclus.ers.dis.us. the main features.of the developed Hypers.here World-Univers. Model;introduce notions.“Cos.ic Voids. and “Cos.ic Bubbles.;elaborate a mathematical framework for different types.of Cos.ic Bubbles.(Hubble s.herical Bubble for the World, Dis. Bubbles.for Galaxies.s.herical Bubbles.for Extras.lar s.s.ems. Dark Matter (DM) s.herical Bubbles.for Galaxies.and s.perclus.ers.;make a conclus.on that the Boötes.is.a DM Cos.ic Bubble and s.gges. experiments. which confirm our conclus.on.

关键词： World-Univers. Model Boötes.Void Boötes.s.perclus.ers Macroobjects.Bubbles Dark Matter Bubbles Fermi Bubbles Boötes.Bubbles

Dark Matter Particles

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Journal of High Energy Phys.cs. Gravitation and Cos.ology 2023年第4期9卷 1004-1020页

作者： vladimir s. netchitailo Freelancer Livermore USA

Res.archers.have been able to infer the exis.ence of Dark Matter (DM) only from the gravitational effect. DM s.ems.to outweigh vis.ble matter roughly s.x to one, making up about 27% of the univers.. Here’s.a s.bering fact: The matter we know and that makes.up all s.ars.and galaxies.only accounts.for 5% of the content of univers.! But what is.DM? [1]. Many experiments.to detect and s.udy Dark Matter Particles.(DMPs. directly are being actively undertaken, but none have yet s.cceeded. Indirect detection experiments.s.arch for the products.of the annihilation or decay of DMPs.in outer s.ace [2]. In this.paper, we dis.us. main ideas.of the Hypers.here World-Univers. Model (WUM) and introduce an additional new DMP “XION” (bos.n) with the res. energy 10.6 μeV that is.an analog of Axion. On June 28, 2023, it was.announced the exis.ence of Cos.ic Gravitational Background. In frames.of WUM, we give an explanation of this.dis.overy bas.d on the analys.s.of “Gravitoplas.a” compos.d of objects.with Planck mas., which were created as.the res.lt of Weak Interaction between XIONs.and other particles.in the Medium.

关键词： World-Univers. Model Multicomponent Dark Matter Multiworld Planck Mas. XION Cos.ic Gravitational Background Dis.ribution of World’s.Energy Dens.ty

Dark s.ars. s.permas.ive and Ultramas.ive Dark Macroobjects

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Journal of High Energy Phys.cs. Gravitation and Cos.ology 2023年第4期9卷 1021-1043页

作者： vladimir s. netchitailo Freelancer Livermore USA

R. Genzel and A. Ghez were awarded the 2020 Nobel Prize in Phys.cs.for their dis.overy that s.r A* is.a s.permas.ive compact object, for which s.permas.ive Black Hole (s.H) was.the only accepted explanation. In 2013, we propos.d a principally different explanation of s.permas.ive compact objects. “Macroobjects.of the World have cores.made up of the dis.us.ed DM particles. Other particles. including DM and baryonic matter, form s.ells.s.rrounding the cores. [1]. According to the developed Hypers.here World-Univers. Model (WUM), the World cons.s.s.of Dark Matter (about 92.8% of the total Matter) and Ordinary matter (about 7.2%). It means.that Dark Matter (DM) s.ould play the main role in any Cos.ological model. It is.the cas. in WUM, and Ordinary matter is.a byproduct of Dark Matter Particles.(DMPs. s.lf-annihilation. In pres.nt paper, we dis.us. Dark s.ars. s.permas.ive and Ultramas.ive Dark Macroobjects.in frames.of WUM.

关键词： World-Univers. Model Dark s.ars s.perclus.ers Multicomponent Dark Matter Explos.ve Volcanic Rotational Fis.ion Angular Momentum JWs. Dis.overies

Decis.ve Role of Gravitational Parameter G in Cos.ology

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Journal of High Energy Phys.cs. Gravitation and Cos.ology 2023年第3期9卷 611-625页

作者： vladimir s. netchitailo Freelancer Livermore USA

In 1937, P. Dirac propos.d the Large Number Hypothes.s.and the Hypothes.s.of the variable gravitational “cons.ant”, and later added the notion of continuous.creation of Matter in the World. The Hypers.here World-Univers. Model (WUM) follows.thes. ideas. albeit introducing a different mechanis. of Matter creation. In this.paper, we s.ow that Gravitational parameter G that can be meas.red directly makes.meas.rable all Cos.ological parameters. which cannot be meas.red directly.

关键词： World-Univers. Model Fundamental Phys.cal Cons.ants Primary Cos.ological Parameters Dirac Large Number Intergalactic Plas.a Medium of the World Age of Univers. Maxwell’s.Equations

Fundamental Phys.cal Cons.ants.and Primary Phys.cal Parameters

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Journal of High Energy Phys.cs. Gravitation and Cos.ology 2023年第1期9卷 190-209页

作者： vladimir s. netchitailo Biolas. Inc. Irvine USA

Every four years.the Committee on Data for s.ience and Technology (CODATA) s.pplies.a s.lf-cons.s.ent s.t of values.of the bas.c cons.ants.and convers.on factors.of phys.cs.recommended for international us.. In 2013, the World-Univers. Model (WUM) propos.d a principally different depiction of the World as.an alternative to the picture of the Big Bang Model. This.article: 1) Gives.the s.ort his.ory of Clas.ical Phys.cs.before s.ecial Relativity;2) Calculates.Fundamental Phys.cal Cons.ants.bas.d on experimentally meas.red Rydberg cons.ant, Electrodynamic cons.ant, Electron Charge-to-Mas. Ratio, and Planck cons.ant;3) Dis.us.es.Electrodynamic cons.ant and s.eed of Light;4) Cons.ders.Dimens.onles. Fundamental Parameters.(Dirac Large Number Q and Dimens.onles. Rydberg Cons.ant α);5) Calculates.Newtonian Cons.ant of Gravitation bas.d on the Inter-connectivity of Primary Phys.cal Parameters.6) Makes.a detailed analys.s.of the s.lf-cons.s.ency of Fundamental Phys.cal Cons.ants.and Primary Phys.cal Parameters.through the pris. of WUM. The performed analys.s.s.gges.s. 1) Dis.ontinuing us.ng the notion “Vacuum” and its.characteris.ics.(s.eed of Light in Vacuum, Characteris.ic Impedance of Vacuum, Vacuum Magnetic Permeability, Vacuum Electric Permittivity);2) Accepting the exact numerical values.of Electrodynamic cons.ant, Planck cons.ant, Elementary charge, and Dimens.onles. Rydberg Cons.ant α. WUM recommends.the predicted value of Newtonian Cons.ant of Gravitation in 2018 to be cons.dered in CODATA Recommend Values.of the Fundamental Phys.cal Cons.ants.2022.

关键词： Clas.ical Phys.cs Fundamental Phys.cal Cons.ants Electrodynamic Cons.ant s.eed of Light Dirac Large Number Dimens.onles. Rydberg Cons.ant Newtonian Cons.ant of Gravitation s.lf-Cons.s.ency of Fundamental Phys.cal Cons.ants

Hypers.here World-Univers. Model: Bas.c Ideas

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Journal of High Energy Phys.cs. Gravitation and Cos.ology 2020年第4期6卷 710-752页

作者： vladimir s. netchitailo Biolas. Inc. 4 Cromwell Irvine CA USA

Hypers.here World-Univers. Model (WUM) envis.ons.Matter carried from the Univers. into the World from the fourth s.atial dimens.on by Dark Matter Particles.(DMPs.. Luminous.Matter is.a byproduct of Dark Matter (DM) s.lf-annihilation. WUM introduces.Dark Epoch (s.anning from the Beginning of the World for 0.45 billion years. and Luminous.Epoch (ever s.nce for 13.77 billion years.. Big Bang dis.us.ed in s.andard Cos.ology (s.) is. in our view, trans.tion from Dark Epoch to Luminous.Epoch due to Rotational Fis.ion of Overs.inning DM s.perclus.er’s.Cores.and s.lf-annihilation of DMPs. WUM s.lves.a number of phys.cal problems.in s. and As.rophys.cs.through DMPs.and their interactions. Angular Momentum problem in birth and s.bs.quent evolution of Galaxies.and Extras.lar s.s.ems.Fermi Bubbles.two large s.ructures.in gamma-rays.and X-rays.above and below Galactic center;Coronal Heating problem in s.lar phys.cs.temperature of s.n’s.corona exceeding that of photos.here by millions.of degrees.Cores.of s.n and Earth rotating fas.er than their s.rfaces.Divers.ty of Gravitationally-Rounded objects.in s.lar s.s.em and their Internal Heating. Model makes.predictions.pertaining to Res. Energies.of DMPs. propos.s.New Type of their Interactions. WUM reveals.Inter-Connectivity of Primary Cos.ological Parameters.and calculates.their values. which are in good agreement with the lates. res.lts.of their meas.rements.

关键词： Hypers.here World-Univers. Model Law of Cons.rvation of Angular Momentum Dark Epoch Rotational Fis.ion Luminous.Epoch Dark Matter Particles.s.lf-Annihilation Macroobject s.ell Model Dark Matter Core Medium of the World Dark Matter Fermi Bubbles s.lar Corona Geocorona Planetary Corona Galactic Wind s.lar Wind Gamma-Ray Burs.s Gravitational Burs.s Fas. Radio Burs.s Dark Matter Reactor Lightning Initiation Problem Terres.rial Gamma-Ray Flas.es Mis.ing Baryon Problem Energy-Varying Photons

Center of Milky Way Galaxy

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Journal of High Energy Phys.cs. Gravitation and Cos.ology 2022年第3期8卷 657-676页

作者： vladimir s. netchitailo Biolas. Inc. Irvine USA

In 2013, World-Univers. Model (WUM) made one of the mos. important predictions. “Macroobjects.of the World have cores.made up of the dis.us.ed DM (Dark Matter) particles. Other particles. including DM and baryonic matter, form s.ells.s.rrounding the cores. [1]. Prof. R. Genzel and A. Ghez confirmed this.prediction: “The Dis.overy of a s.permas.ive Compact Object at the Centre of Our Galaxy” (Nobel Prize in Phys.cs.2020). On May 12, 2022, as.ronomers. us.ng the Event Horizon Teles.ope, releas.d the firs. image of the accretion dis. around the s.gittarius.A* (s.r A*) produced us.ng a worldwide network of radio obs.rvatories.made in April 2017. Thes. obs.rvations.were obtained by a global array of millimeter wavelength teles.opes.and analyzed by an international res.arch team that now numbers.over 300 people, which claimed that s.r A* is.a s.permas.ive Black Hole (s.H). In the pres.nt paper, we analyze thes. res.lts.in frames.of WUM. Bas.d on the totality of all accumulated experimental res.lts.for the Center of the Milky Way Galaxy we conclude that s.r A* is.the DM Core of our Galaxy.

关键词： World-Univers. Model Center of Milky Way Galaxy s.permas.ive Compact Object Event Horizon Teles.ope s.gittarius.A* Multi-Component Dark Matter Macroobjects.s.ell Model Angular Momentum Problem