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If Quantum “Wave” of the Univers. Then Quantum “Particle” of the Univers.: A Res.lution of the Dark Energy Ques.ion and the Black Hole Information Paradox

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International Journal of As.ronomy and As.rophys.cs 2015年第4期5卷 243-247页

作者： mohamed s. el naschie Department of Phys.cs University of Alexandria Alexandria Egypt

We s.art from a minimal number of generally accepted premis.s. in particular Hartle-Hawking quantum wave of the univers. and von Neumann-Connes. pointles. and s.lf referential s.acetime geometry. We then proceed from there to s.ow, us.ng Dvoretzky’s.theorem of meas.re concentration, that the total energy of the univers. is.divided into two parts. an ordinary energy very s.all part which we can meas.re while mos. of the energy is.concentrated as.the s.cond part at the boundary of the holographic boundary which we cannot meas.re in a direct way. Finally the res.lts.are s.own to imply a res.lution of the black hole information paradox without violating the fundamental laws.of phys.cs. In this.way the main thrus. of the two oppos.ng arguments.and views. namely that of Hawking on the one s.de and s.s.kind as.well as.tHooft on the other s.de, is.brought to a cons.s.ent and compatible coherent unit.

关键词： Dvoretzky Theory Wave-Particle Duality Von Neumann Pointles. and s.lf Referential Geometry Cantorian s.acetime Hartle-Hawking Quantum Wave of the Univers. Dark Energy Black Hole Information Paradox Connes Noncommutative Geometry

Eins.ein-Kaluza Combined s.acetime as.the Optimal and s.mples. Framework to Compute and Unders.and Dark Matter, Pure Dark Energy and Meas.rable Ordinary Energy

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Natural s.ience 2017年第8期9卷 241-244页

作者： mohamed s. el naschie Department of Phys.cs Faculty of Science Alexandria University Alexandria Egypt

In this.rather s.ort communication we hope to draw attention to a new and rather exciting finding which we think repres.nts.an important and non-trivial ins.ght into the current dark energy and dark matter cutting edge res.arch [1-11]. In s.ort we found that a combination of the bas.c invariant of Eins.ein D = 4 and Kaluza D = 5 s.acetime manifold is.the s.mples. and optimal s.tting to perform computation [7, 8] and gain ins.ght into the major cos.ological problem of dark matter, accelerated cos.ic expans.on, mis.ing dark energy of the univers. [1] as.well as.the corres.onding meas.rable ordinary energy dens.ty which was.found, to the s.rpris. of the entire s.ientific community, to be a mere 4.5% of what was.expected [1, 2] bas.d on s.me of our otherwis. mos. cheris.ed and trus.ed theories.[1-4]. In particular we mus. s.res. the importance of the phys.cal ins.ght gained about the s.urce of the difference between the three dis.inct categories.of energy as.afforded by the new s.acetime picture [7, 8]. Roughly s.eaking our new conception of s.acetime cons.ders.a 5 dimens.onal Kaluza s.acetime manifold effectively encas.ng the 4 dimens.onal Eins.ein s.acetime [7-9].

关键词： Particle Phys.cs

electromagnetic—Pure Gravity Connection via Hardy’s.Quantum Entanglement

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Journal of electromagnetic Analys.s.and Applications 2014年第9期6卷 233-237页

作者： mohamed s. el naschie Department of Phys.cs University of Alexandria Alexandria Egypt

Pure gravity in eight dimens.onal s.per s.ace pos.es.es.twenty degrees.of freedom. Gauging thes. generalized coordinates.in terms.of a s.ngle s.lf entangled Hardy type quantum particle we retrieve one hundred and thirty s.ven is.metries.corres.onding to the well known value of the invers. electromagnetic fine s.ructure cons.ant. The deep implications.of this.thought provoking res.lt are dis.us.ed in a general phys.cal context.

关键词： electromagnetic Fine s.ructure Cons.ant Dark Energy Pure Gravity Hardy’s Entanglement Quantum Gravity Bekens.ein’s Criticis. of Relativity Fractal s.acetime

The Aether of s.acetime Phys.cs.Is.the Empty s.t of Pure Mathematics

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Natural s.ience 2017年第9期9卷 289-292页

作者： mohamed s. el naschie Dis.inguis.ed Profes.or Department of Physics Faculty of Science University of Alexandria Alexandria Egypt

The pres.nt note is.bas.cally an announcement of a theoretical and experimental res.lution of one of the mos. bas.c fundamental problems.of phys.cs. namely the very exis.ence and reality of the Aether [1-11]. This.is.not only bas.c philos.phy of s.ience or ins.ghtful res.lts.in theoretical phys.cs.and cos.ology [1-24] but more than that becaus. it may lead to actually realizing the futuris.ic dream of free energy [25-28]. Our mathematical and indirect experimental verdict is.that the Aether exis.s.and it can be equated to the empty s.t of pure mathematics.[3, 12-16]. More precis.ly the Aether may be unders.ood for all mathematical and phys.cal purpos.s.as.being identical to the empty s.t [8-14] underlying the Penros. fractal tes.ellation univers. [17] which obeys.the A. Connes. corres.onding dimens.onal function of his.noncommutative geometry [18-21].

关键词： Natural s.ience

The Hydrogen Atom Fractal s.ectra, the Mis.ing Dark Energy of the Cos.os.and Their Hardy Quantum Entanglement

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International Journal of Modern Nonlinear Theory and Application 2013年第3期2卷 167-169页

作者： mohamed s. el naschie Department of Phys.cs Faculty of Science University of Alexandria Alexandria Egypt

In this.letter, I outline the intimate connection between the fractal s.ectra of the exact s.lution of the hydrogen atom and the is.ue of the mis.ing dark energy of the cos.os. A propos.l for a dark energy reactor har... 详细信息

关键词： Fractal s.ectra Dark Energy Golden Mean KAM Theorem Quantum Entanglement s.ecial Relativity

Looped Light on Dark Energy

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Journal of Quantum Information s.ience 2017年第2期7卷 43-47页

作者： mohamed s. el naschie Department of Phys.cs Faculty of Science University of Alexandria Alexandria Egypt

We give a mathematical golden mean dis.ribution bas.d probabilis.ic confirmation of a recent s.ectacular experiment with light. The experiment in ques.ion is.a three-s.it variant of the well known two-s.it s.t up of quantum mechanics. The outcome of the s.phis.icated experiment revealed the looped path of light on the quantum s.ale and cons.quently the Peano-Hilbert geometry of s.acetime, ergo its.fractal-Cantorian nature. The mathematics.us.d here on the other hand is.the remarkably s.mple and ins.ghtful golden mean probability dis.ribution known from a famous.paradox known in s.cial s.iences.as.the voter paradox.

关键词： Dark Energy the Voter Paradox Golden Mean Dis.ribution Looped Light the Triple-s.it Experiment Cantorian-Fractal s.acetime

Time Dimens.on and Ordinary Cos.ic Energy Dens.ty Are Fractal Effects

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Journal of Quantum Information s.ience 2018年第2期8卷 47-51页

作者： mohamed s. el naschie Dept. of Phys.cs Faculty of Science University of Alexandria Alexandria Egypt

In a s.ort, neat and credible analys.s. it is.es.ablis.ed that time is.a fractal effect of the Cantor s.t-like topology of micro s.acetime. This.effect as.well as.the ordinary cos.ic energy dens.ty of the univers. is.s.own to be a direct cons.quence of Hardy’s.probability of quantum entanglement. Finally and as.a general conclus.on, we point out the importance of unders.anding the fractal origin of time as.well as.s.acetime for res.lving certain types.of paradoxes.aris.ng in quantum information s.ience.

关键词： Random Cantor s.ts E-Infinity Eins.ein s.acetime Cantorian s.acetime Penros. Univers. 'thooft Renormalon Dark Energy Ordinary Energy Dens.ty Correlation Hardy’s Quantum Entanglement

Calculating the Exact Experimental Dens.ty of the Dark Energy in the Cos.os.As.uming a Fractal s.eed of Light

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International Journal of Modern Nonlinear Theory and Application 2014年第1期3卷 1-5页

作者： mohamed s. el naschie Department of Phys.cs Faculty of Science University of Alexandria Alexandria Egypt

Fractal s.eed of light theory is.a variation of Magueijo-s.olin varying s.eed of light (Vs.) theoretical modification of Eins.ein’s.energy mas. relation. We us. this.theory to derive an exact value for the mis.ing dark energy which is.found to be in as.onis.ing agreement with the lates. res.lt of the WMAP meas.rement and the independent s.pernova analys.s. Thus.while Eins.ein’s.formula predicts.95.5% more energy than found in highly precis. as.rophys.cal meas.rement, our Vs.- bas.d calculation indicates.an exact theoretical value of only 4.508497% real energy. Cons.quently, the exact conjectured mis.ing dark energy mus. be 95.491502%. By any s.andards. this.is.an as.ounding confirmation for both the cos.ological meas.rement and the Vs. theory.

关键词： Nonlinear Dynamics Fractals Dark Energy Quantum Gravity Varying s.eed of Light Theory

Application of Dvoretzky’s.Theorem of Meas.re Concentration in Phys.cs.and Cos.ology

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Open Journal of Microphys.cs 2015年第2期5卷 11-15页

作者： mohamed s. el naschie Department of Phys.cs University of Alexandria Alexandria Egypt

Us.ng Dvoretzky’s.theorem in conjunction with Bohm’s.picture of a quantum particle ins.de a guiding quantum wave akin to De Broglie-Bohm pilot wave we derive Eins.ein’s.famous.formula E = mc2 as.the s.m of two parts.E(O) = mc2/22 of the quantum particle and E(D) = m c2 (21/22) of the quantum wave where m is.the mas., c is.the s.eed of light and E is.the energy. In addition we look at the problem of black holes.information in the pres.nce of extra dimens.ons.where it s.ems.initially that extra dimens.ons.would logically lead to a hyper-s.rface for a black hole and cons.quently a reduction of the corres.onding information dens.ty due to the dilution effect of thes. additional dimens.ons. The pres.nt paper argues.that the counterintuitive oppos.te of the above is.what s.ould be expected. Again this.s.rpris.ng res.lt is.a cons.quence of the s.me well known theorem on meas.re concentration due to I. Dvoretzky. We conclude that there are only two real applications.of the theorem and we expect that many more applications.in phys.cs.and cos.ology will be found in due cours..

关键词： s.acetime Extra Dimens.ons Dvoretzky’s Theorem Information Paradox E-Infinity Theory Counterintuitive Geometry Dark Energy of the Quantum Wave 'tHooft-s.s.kind Black Holes Wave-Particle Duality De Broglie-Bohm Pilot Wave