JOURNAL OF ADVANCES IN PHYSICS 2021-06-28T04:20:41+00:00 Editorial Office Open Journal Systems The Mystery of the Lorentz Transform: A Reconstruction and Its Implications for Einstein’s Theories of Relativity and cosmology. 2021-06-28T04:20:41+00:00 Abdul Malek <p>The Lorentz Transformation (LT) is an arbitrary and poorly conceived mathematical tool designed to make Maxwell’s electromagnetism conform to Galilean relativity, which formed the basis of classical mechanics and physics. A strange combination of this transform with an axiomatic assumption by Albert Einstein that the velocity of light c is an absolute and universal constant has led to an idealist, geometrical and phenomenological view of the universe, that is at variance with objective reality. This conundrum that has lasted for more than hundred years has led to rampant mysticism and has impaired the development of positive knowledge of the universe. The present reconstruction of LT shows that the gamma term, which fueled mysticism in physics and cosmology is, on the contrary, a natural outcome of the subjective geometrical rendition of the speed of light and the idealist unification of abstract space and time into a 4D “spacetime” manifold; by Minkowski and Einstein. Only a materialist dialectical perspective of space and time can rid physics of all mysticism arising out of LT; from the quantum to the cosmic.</p> 2021-07-15T00:00:00+00:00 Copyright (c) 2021 Abdul Malek Motion to Motion into perception 2021-05-28T09:37:54+00:00 Leonard Van Zanten <p>One of the most rewarding things in the sciences is to learn how things are put together, and how they operate. Our senses are not the only ones to come by movements in its particulars, seeing nature no less is in-and-by movement. Accordingly we come to a revelation in movements to movement, a revelation to show nature for its reality. Additionally; by illustration, the coordinates of movement are furnished to wit, magnetic, electric, light's velocity, and radial velocity.</p> 2021-06-13T00:00:00+00:00 Copyright (c) 2021 Leonard Van Zanten Stellar distance and velocity (III) 2021-05-17T10:20:47+00:00 Miloš Čojanović <p>The use of parallax angles is one of the standard methods for determining stellar distance. The problem that arises in using this method is how to measure that angle. In order for the measurement to be correct, it is necessary for the object we are observing to be stationary in relation to the sun. This is generally not true. One way to overcome this problem is to observe the object from two different places at the same time. This would be technically possible but will probably never be realized. Another way to determine the distance is given in [1]. With certain assumptions, this is a mathematically completely correct method. After the publication of the third Gaia's catalog [2], we are now able to test the proposed method using real data. Unfortunately, for the majority of stars it is not possible to obtain the distance directly, but with the help of some additional measurements we would be able to indirectly determine the distance of such stars.</p> 2021-06-07T00:00:00+00:00 Copyright (c) 2021 Miloš Čojanović Revolutionary Approach for Fusion of the Classic, Relativity and Quantum field Theories: Sayed’s Acceleration Equation and Probable Violation of E=mc2 2021-05-28T14:15:23+00:00 Sayed A. El-Mongy <p>Expansion of the universe is a divine fact in the glorious Quran. The accelerated expansion of the universe is one of the physics mysteries and challenges. This article is a try to find an answer to this ambiguity. A simple fusion and merging of the Newton, Einstein and quantum field equations were carried out to clarify this topic. Innovative equations correlating the acceleration (A<sub>s</sub>), cosmological constant (Ʌ), vacuum energy density (ρ) and distance (d) was deduced. It can be concluded that Sayed`s acceleration constant (A<sub>s</sub>) is proportional to (Ʌ/ρ), (1/8mc<sup>2</sup>) and (1/πd<sup>2</sup>). The derivative equation reveals a probable violation of the mass-energy formula (E= mc<sup>2</sup>); the speed of light might be 12.5% more. This disparity may be due to antimatter contribution; neutrino-antineutrino, β<sup>-</sup>β<sup>+</sup> annihilation and/or a predicted unrecognized very light particle in the atom nucleus. The Sayed`s acceleration constant (A<sub>s</sub>) and (A<sub>s</sub>/Ʌ) ratio were calculated and found to be 6.33825x10<sup>-8 </sup>m/s<sup>2 </sup>and 5.7620475x10<sup>+44</sup> m<sup>3</sup>/s<sup>2</sup> respectively. Using Sayed`s equations, the calculated acceleration in planck scale is matched with the declared 5.56081x10<sup>51</sup> m/s<sup>2 </sup>value. The The calculated recession velocity at 1 Mpc was found to be 6.5192677 x 10<sup>8</sup> m/s .and the cosmological constant (Ʌ) is as measured;~1.1x10<sup>-52</sup> m<sup>-2</sup></p> 2021-06-04T00:00:00+00:00 Copyright (c) 2021 Sayed A. El-Mongy Spin-Valued Four Bosons Electrodynamics 2021-05-05T06:16:20+00:00 R. Doria I. Soares <p>Electromagnetism is based on electric charge and spin. The study here corresponds to understand on spin effects at a vectorial electrodynamics. Its scenario is a non-linear abelian electromagnetism where the electric charge is transmitted through a four bosons quadruplet, constituted by the usual photon, massive photon and charged massive photons. These four bosons intermediate the charge exchange Δ<em>Q</em> = 0, ±1.<br />The spin is introduced at first principles. A spintronics Lagrangian for four vector fields is performed. Considering that spin is a space-time physical entity derived from Lorentz Group, these vector fields are associated to Lorentz Group, as Lie algebra valued. Similarly to non-abelian gauge theories where A<sub>μ</sub>≡ A<sub>μ,<em>a</em></sub>t<sub>a</sub>, one introduces the relationship A<sub>μ</sub>≡ A<sub>μ,<em>κλ</em></sub><em>Σ<sup>κλ</sup></em> where (<em>Σ<sup>κλ</sup>)<sub>αβ </sub></em>is the Lorentz Group generator.</p> <p>Thus, based on three fundamentals which are light invariance, electric charge conservation law and vector fields Lie algebra valued through Lorentz Group generators, one derives a spin-valued four vectorial electrodynamics. It is given by the fields quadruplet A<sub>μ1 </sub>≡ {A<sub>μ</sub>, U<sub>μ</sub>, V<sub>μ</sub><sup>±</sup>} where A<sub>μ</sub> means the usual photon, U<sub>μ</sub> a massive photon and V<sub>μ</sub><sup>± </sup>massive charged photons. Two novelties appear. The first one is that, new terms are developed into usual four bosons electromagnetism. They contribute to Lagrangian, equations of motion, Noether theorem. The second one is that the equations of motion derive a renormalizable spin coupling with the electric and magnetic fields.<br />There is a spin-1 electrodynamics to be investigated. A neutral electromagnetism is mandatory to be analyzed. Something beyond dipole, quadrupole and so on. Understand the role of spin in the electrical and magnetic properties of particles. A spin vectorial expression S<sup>--&gt;</sup> is obtained. It adds EM interactions not depending on electric charge and with spin interactions through electric dipole and magnetic moments.</p> 2021-05-31T00:00:00+00:00 Copyright (c) 2021 R. Doria, I. Soares Four Bosons EM Conservation Laws 2021-04-22T18:26:32+00:00 R. M. Doria I. Soares <p>Electromagnetism is expressed from two basic postulates. They are light invariance<br />and charge conservation. At this work one extends the Maxwell scenario from macroscopic to microscopic electromagnetism by following the elementary particles electric charge microscopic behavior. It yields a triune electric charge interrelationship. Three charges {+, 0, −} be exchanged through a vector bosons quadruplet. It is called Four Bosons Electromagnetism. A systemic EM physics appears to be understood. Maxwell photon is not enough for describing the microscopic electric charge physics. An extension for electromagnetic energy is obtained. The fields quadruplet {A<sub>µ</sub>, U<sub>µ</sub>, V<sub>µ</sub><sup>±</sup>} are the porters of electromagnetic energy. They are the usual photon A<sub>µ</sub>, massive photon U<sub>µ</sub> and two charged photons V<sub>µ</sub><sup>±</sup>, A new understanding on EM phenomena has to be considered. A set determinism based on granular and collective fields is developed. A space-time evolution associated to a whole.<br />Conservation laws are studied. The EM phenomena is enlarged to three charges interchanges to {+, 0, −}. Two novelties appear. New features on nonlinear fields acting as own sources and on electric charge physics. Properties as conservation, conduction, transmission, interaction are extended to a systemic electromagnetism. A whole conservation law for electric charge emerges from three charges interwoven. Electric charge has a systemic behavior. Although there is no Coulomb law for zero electric charge, the Four Bosons Electromagnetism contains an EM energy which provides a neutral electromagnetism. Particles with zero charge {A<sub>µ</sub>, U<sub>µ</sub>} are carrying EM energy.</p> <p>Another consideration is on EM energy being transported by four nonlinear fields. A new physicality appears. The abelian nonlinearity generates fields charges. Fields are working as own sources through mass terms, trilinear and quadrilinear interactions, spin couplings. Consequently the photon is more than being a consequence from electric charge oscillations. It is able to generate its own charge. Introduce the meaning of photonics.<br />Thus, electric charge is no more the isolate electromagnetic source. There are another conservation laws. Fields sources appear through corresponding equations of motion, Bianchi identities, energy-momentum, Noether laws and angular momentum conservation laws. They move EM to a fields charges dependence. Together with electric charge they carry<br />the electromagnetic flux. Supporting the Ahranov-Bohm experiment of potential fields as primitive entities.</p> 2021-05-27T00:00:00+00:00 Copyright (c) 2021 R. M. Doria, I. Soares Nuclear Power Plants Pre-operational Radiological Monitoring Mapping for the Coastal Boarders and Islands of the United Arab Emirates (UAE) 2021-03-10T06:13:39+00:00 Ali S. Almeqbali George Karani Sayed A El-Mongy <p>In the light of the peaceful nuclear power plants (NPPs) project of the United Arab Emirates (UAE), the operation license has been issued and the first unit is being in commercial operation. This work deals mainly with radiological surveillance of the coastal boarder and some Islands of UAE as a baseline reference natural and artificial radioactivity mapping. Ultra-sensitive hyper pure Germanium (HpGe) detector was used to carry out the non-destructive gamma measurements. The area of study was divided into; Abu Dhabi region, northern emirates and islands. About 85 soils, shore sediment and water samples were collected based on the scientific sampling mechanism. The samples were analyzed for X-ray diffraction mineralogy (XRD). The radioactivity in Bq/kg of the natural <sup>238</sup>U(<sup>226</sup>Ra), <sup>232</sup>Th and <sup>40</sup>K were calculated for all the collected samples. The artificial <sup>137</sup>Cs was also observed in very low activity. The hazard indices were also calculated and found to be less than the recommended international and regional limits. The correlations between the measured radioisotopes were also depicted. The results were compared, presented and given in 3D histograms.</p> 2021-04-08T00:00:00+00:00 Copyright (c) 2021 Ali S. Almeqbali, George Karani, Sayed A El-Mongy High-symmetry approximations of AX3 crystal structures retrieved with the method of hierarchical trees 2021-03-03T04:58:48+00:00 Panfilov A. G Vaganov S. A. <p>The hierarchical trees have been constructed for the AX<sub>3</sub> crystal family, significant steps of this construction being explained in detail. It has made possible to establish the archetypes of the crystal structures that are high-symmetry approximations for subfamilies of the crystals under consideration.</p> 2021-03-25T00:00:00+00:00 Copyright (c) 2021 Panfilov A. G, Vaganov S. A. Derivation of general Doppler effect equations (II) Milos Cojanovic 2021-01-14T12:08:44+00:00 Miloš Čojanović <p>In the manuscript [1] we derived the general Doppler effect equations. In order to prove the correctness of the equations, it remains to define an adequate coordinate system. We have argued that such a coordinate system cannot be chosen arbitrarily but is determined by the direction between the receiver at the time when the signal is received and the sender at the time when the signal is emitted. In this manuscript, several experiments have been<br />proposed to prove the existence of such a coordinate system. In addition, we will determine the velocities at which the sender and receiver of the signal move and the distance between them.</p> 2021-02-03T00:00:00+00:00 Copyright (c) 2021 Miloš Čojanović Proposed Innovative Correlations for some Nuclear and Radiological Fields using Theorem of S. El-Mongy 2021-01-12T11:07:42+00:00 Sayed El-Mongy <p>Thinking and thought are divine urge in the Great Quran. The published S. El-Mongy theorem (L= eπrs<sup>A</sup>) correlates eπ with radius r of circular and spherical geometries by a factor s<sup>A</sup> (θ/10ϕ) to be used for calculations of arc length and astronomical distance. In this article, Sayed’s formula was used to produce correlations with the well-established laws and formulas of different nuclear and radiological fields. The formula was directed to be correlated with half-life time, activity, flux, reaction rate, reactor power, mean free path, photon fluence rate, radiation dose rate and half value thickness equations. It was also oriented to calculate fuel rods circumstances of different reactor types; PWR, BWR, VVER1200 and Candu-6. The produced correlations of eπ and s<sup>A </sup>with the above mentioned topics are given with simplified reduced forms, limitation and some comparative calculations between old and the proposed innovative formulas. New formulas for sphere volume and surface area and cylinder are also given based on eπ term.</p> 2021-01-25T00:00:00+00:00 Copyright (c) 2021 Sayed El-Mongy Numerical Differentiation and Integration 2020-12-22T08:27:38+00:00 Dragan Obradovic Lakshmi Narayan Mishra Vishnu Narayan Mishra <p>There are several reasons why numerical differentiation and integration are used. The function that integrates <em>f (x)</em> can be known only in certain places, which is done by taking a sample. Some supercomputers and other computer applications sometimes need numerical integration for this very reason. The formula for the function to be integrated may be known, but it may be difficult or impossible to find the antiderivation that is an elementary function. One example is the function <em>f (x)</em> = exp <em>(−x<sup>2</sup>),</em> an antiderivation that cannot be written in elementary form. It is possible to find antiderivation symbolically, but it is much easier to find a numerical approximation than to calculate antiderivation (anti-derivative). This can be used if antiderivation is given as an unlimited array of products, or if the budget would require special features that are not available to computers.</p> 2021-01-25T00:00:00+00:00 Copyright (c) 2021 Dragan Obradovic, Lakshmi Narayan Mishra, Vishnu Narayan Mishra