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The Mularz Paradox—Relativistic Discrepancies in The Resistivity of Cylindrical Electrical Conductors Travelling at Near Light-Speed—A Thought Experiment
Get PDFMost of us are familiar with Einstein’s now-famous relativistic thought experiments—his stationary-versus-moving ‘light clock’ and the interstellar twin astronauts aging at different rates especially stand out.[1] In this simple thought experiment the author wishes to propose a heretofore unrecognized set of relativity paradoxes involving the predicted electrical resistivity of long cylindrical conductors when moving at or near light-speed
The Lunar Problem is The Barrier of The Future Time of The Earth
Get PDFThis article "The lunar problem is the barrier of the future time of the Earth" is a logical and rational analysis of the formation of the nuclear universe with galaxies, stars, the Sun star, the system of planets and the moons, and arrives at new original and inedited conclusions.
The Big Bang of the primitive universe is a sequence programmed by the nature of thermonuclear super explosions in sidereal space.
These thermonuclear super explosions swept nuclear sidereal space generating the large mass islands of galaxies like the Milky Way.
The Milky Way was the first generation of the hyper-bubbles of the mixture of nuclear masses, which are: geological nuclear mass of attraction of gravity; geological nuclear mass of orbital attraction; geological nuclear mass of orbital repulsion.
Because of nuclear hyper tremors, the nucleus of the Milky Way generated the second generation of the super bubbles that were repulsed from the galaxy's nucleus by the action of the geological nuclear mass of orbital repulsion, and then the super bubbles became in the many billions of celestial stars that make up the galactic disc.
Because of the hyper tremors, the nucleus of these billions of stars, including the Sun, generated the third generation of super bubbles and large bubbles that were repulsed from the nuclei of the stars by the action of the geological nuclear mass of orbital repulsion, and then the super bubbles and large bubbles have become the sequence of planets, which makes up the orbital disk of the solar system.
Due to a small number of nuclear super tremors, the nucleus of the sequence of planets tremble, shook and generated the fourth generation of the small bubbles that were repulsed from the nucleus of the planetary sequence by the action of the geological nuclear mass of orbital repulsion, and then, the small bubbles have become the sequence of moons, which makes up the orbital disk of the planets.
And so, began the count the new time, after the sequence of Big Bang explosions.
 
Unexplained Temporal Effects Recorded by The Torsind at Syzygies
Get PDFObservations of the torsion balances` and the torsind`s behavior at the moments of the solar and lunar eclipses, the transit of Venus, the occultation of Venus by the Moon were performed. It is shown that in the most cases the devices reaction to these phenomena either outstripped or lagged behind the actually observed phenomenon. The statement is substantiated that the torsind reacts to non-electromagnetic radiation of an unknown nature, arising in the outer space surrounding the Earth
Density Functional Theory; A New Route for Structural and Thermodynamic Parameters Calculations
Get PDFStructural and thermodynamic parameters of the studied virgin polymeric matrices poly e-caprolactone (PCL), Chitosan (Chi) and their polymer blend were investigated using theoretical density functional theory (DFT). Thermodynamic functions were calculated based on vibrational frequencies and optimized geometrical coordinates in the temperature range 25-1000 °K which cannot be amended easily. Calculated free energy was found to be convex in terms of extensive variable and concave in terms of intensive ones
New Electron Conversion Lines from Existing ?-Transitions In 160dy
Get PDFThree photo plates derived with spectrograph LNP JINR with constant magnetic field [1] have been investigated using the Microscope Automatic Scanning MAS [2]. Electron internal conversion (ICE) spectrograms of two erbium (Er P-2, Er P-8) and one Ho fractions has been measured. More detailed analysis gave us the possibility to obtain some new lines (see table) in addition to many earlier existing lines in 160Dy [3]. For that investigations it is necessary to increase the speed with which microscopic objects are measured are described. These efforts include the modernization of the MAS automatic scanning microscope and the development of programs to reach an initial point and for carrying out automatic point-to-point linear transitions with a specified step. The error in realizing a transition to a given point with specified coordinates is shown to amount to 1 µm
Synthesis and Structural Characteristics of Semi-Synthetic Biopolymer Blends Based on Polyvinyl Alcohol, Starch and Chitosan
Get PDFStructural and optical studies in combination with surface morphology investigations were accomplished for blend sample (70/30)wt% PVA/Starch in addition to other samples of the same composition containing added pre-calculated chitosan contents via ordinary casting route. All synthesized samples were tested using various experimental techniques including Fourier transform infrared FT-IR, UV-visible spectroscopic measurements and scanning electron microscopic (SEM). Variations in FT-IR, UV/vis. band positions and intensities were used as an evidence for the interaction between constituent partner polymeric matrices. The X-ray diffraction (XRD) experimental data reveled that introduction of chitosan into the polymeric matrices results in a decreasing of percent crystallinity through material. SEM micrographs for samples containing chitosan different concentration revealed small granules and bright spots that attributed to starch. Adding up to 80% more chitosan caused the cryo-fractured surface to become rougher and more brittle
Annual Reviewer Acknowledgement
No full textThe editorial team of the journal would like to thank the reviewers for their work in referring manuscripts during 2018
Modification of Acetyl Acetone with Methyl Acrylate
Get PDFAcetyl acetone was modified by a KF/alumina mediated Michael addition reaction under solventless condition with methyl acrylate. Methyl acrylate formed single and double addition with the acetyl acetone. The optimal temperature for this reaction was 393 K. The modified β-diketones were confirmed using GC-FID and GC-MS. The products could be tested as metal chelating agents and in related applications
HYERS-ULAM STABILITY OF FIRST ORDER LINEAR DIFFERENCE OPERATORS ON BANACH SPACE: HYERS-ULAM STABILITY OF LINEAR DIFFERENCE OPERATORS
No full textIn this work, the Hyers-Ulam stability of first order linear difference operator TP defined by
(Tpu)(n) = ∆u(n) - p(n)u(n);
is studied on the Banach space X = l∞, where p(n) is a sequence of reals
Generalized Rayleigh-quotient Formulas for the Real Parts, Imaginary Parts, and Moduli of the Eigenvalues of Diagonalizable Matrices
Get PDFIn the present paper, generalized Rayleigh-quotient formulas for the real parts, imaginary parts, and moduli of the eigenvalues of diagonalizable matrices are derived. These formulas are new and correspond to similar formulas for the eigenvalues of self-adjoint matrices obtained recently. Numerical examples underpin the theoretical findings