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. . . . U.V.S.Seshavatharam . Abstract . . 1) There exists a strong interaction elementary charge of magnitude, es~4.72058686E19 C. 2) Like quarks, the strong interaction elementary charge is experimentally undetectable and can be called as ‘invisible elementary nuclear charge’. 3) There exists a gravitational constant associated with strong interaction, Gs~3.329560807E28 m3/kg/sec2. 4) There exists a gravitational constant associated with electromagnetic interaction, Ge~2.374335472E37 m3/kg/sec2. Based on these concepts, an attempt is made to understand the mystery of origin of ‘discrete’ angular momentum of electron in hydrogen atom. Proceeding further, estimated value of Newtonian gravitational constant is GN~6.67985603E11 m3/kg/sec2. . . by . Thus, high production complexes for LRW treatment are needed. Key consumers interested in of liquid radioactive waste treatment plants are: • enterprises of spent fuel treatment; Nowadays, mainly thermal and sorption methods are used for treatment of liquid radioactive waste. Using these methods, the main part of liquid radioactive waste, produced during the operation of nuclear installations of various purposes and other facilities using radioactive substances, is treated. These methods cannot be called original or specific for the treatment of radioactive waste (hereinafter RAW), because they were taken from various conventional industries and modified. Mainly these are methods, usually used in purification, treatment and desalination of water. • leak tightness of the equipment, excluding the possibility of radioactive contamination of buildings, staff and the environment; The most universal method for treatment of almost all types of LRW is a thermal method, in which LRW solution is evaporated to concentrate radioactive products in a small volume. 1. To perform the process of LRW concentration in the evaporator equipment, that helps to prevent droplet entrainment and excludes degradation of technological parameters in time (to exclude interruptions in work of evaporation equipment due to fouling of the heating surface). . by
U.V.S.Seshavatharam
Honorary faculty, ISERVE, Alakapuri,
Hyderabad35, AP, India
Email: seshavatharam.uvs@gmail.com
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S. Lakshminarayana
Dept. of Nuclear Physics, Andhra University,
Visakhapatnam03, AP, India
Email: lnsrirama@gmail.com
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Abstract
During NiH collisions, proton (of the hydrogen atom) combines with the Nickel nucleus and electron (of the hydrogen atom) combines with the Nickel electronic shell and forms Copper with no emission of alpha or beta or gamma rays.
or mole number of such NiH atomic fusions, as hydrogen atom is losing its identity, binding energy of electron is converted into heat energy of ~1.3×106 joules.
As the temperature of the system increases, more number of hydrogen atoms may fuse with more number of Nickel atoms liberating more heat energy.
Selection of the target cold fusion atom seems to follow the condition: selected stable atom’s Z+1 is a new stable element with odd atomic number.
Fineness of the Ni powder may help H atoms to fuse with ease causing more number of NiH fusions.
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by Khokon Hossen
MaxPlanck Institute for Nuclear Physics, 69117 Heidelberg, Germany
Email: khokon.pme@gmail.com
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Resistive Plate Chambers (RPCs), that were introduced by R. Santonico and R. Cardarelli in 1981, are gas ionization chambers made with resistive electrodes separated by precision spacers.
Typical gas gap range from a few hundred micrometers to several millimeters wide.
Timing Resistive Plate Chambers (tRPCs) were introduced in 2000 by P.Fonte, A.Smirnitsky and M.C.S Williams and has, since then, reached Time Resolutions better than 50 ps (σ) with efficiencies above 99% for Minimum Ionizing Particle (MIP).
In this research work, we describe the main features of gas detectors and the different types of RPCs and their properties.
We describe a cheap and easy to built sealed tRPCs and we explain how we have built it.
We describe the main results we have got operating the sealed tRPCs built in the laboratory.
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by . U.V.S. Seshavatharam
Honorary faculty, ISERVE, Alakapuri,
Hyderabad35, AP, India
Email: seshavatharam.uvs@gmail.com
. S. Lakshminarayana
Dept. of Nuclear Physics, Andhra University,
Visakhapatnam03, AP, India
Email: lnsrirama@yahoo.com
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Introduction
In this paper by highlighting the following 28 major short comings of modern big bang cosmology the authors made an attempt to develop a possible model of Black hole cosmology in a constructive way [13].
From now onwards instead of focusing on ‘big bang cosmology’ it is better to concentrate on ‘black hole cosmology’.
Its validity can be well confirmed from a combined study of cosmological and microscopic physical phenomena.
It can be suggested that, there exists one variable physical quantity in the presently believed atomic and nuclear physical constants and “rate of change” in its magnitude can be considered as a “standard measure” of the present “cosmic rate of expansion”.
Michael E. McCulloch says [4]: For an observer in an expanding universe there is a maximum volume that can be observed, since beyond the Hubble distance the velocity of recession is greater than the speed of light and the redshift is infinite: this is the Hubble volume.
Its boundary is similar to the event horizon of a black hole because it marks a boundary to what can be observed.
This means that it is reasonable to assume that Hawking radiation is emitted at this boundary both outwards and inwards to conserve energy, and any wavelength that does not fit exactly within this size cannot be allowed for the inwards radiation, and therefore also for the outwards radiation.
According to Hawking, the mass of a black hole is linearly related to its temperature or inverselylinearly related to the wavelength of the Hawking radiation it emits.
Therefore, for a given size of the universe there is a maximum Hawking wavelength it can have and a minimum allowed gravitational mass it can have.
If its mass was less than this then the Hawking radiation would have a wavelength that is bigger than the size of the observed universe and would be disallowed.
The minimum mass it predicts is encouragingly close to the observed mass of the Hubble volume.
Thus it is possible to model the Hubble volume as a black hole that emits Hawking radiation inwards, disallowing wavelengths that do not fit exactly into the Hubble diameter, since partial waves would allow an inference of what lies outside the horizon.
According to Tinaxi Zhang [57], the universe originated from a hot starlike black hole with several solar masses and gradually grew up through a super massive black hole with billion solar masses to the present state with hundred billiontrillion solar masses by accreting ambient materials and merging with other black holes.
According to N. J. Poplawski [811], the Universe is the interior of an EinsteinRosen black hole and began with the formation of the black hole from a supernova explosion in the center of a galaxy.
He theorizes that torsion manifests itself as a repulsive force which causes fermions to be spatially extended and prevents the formation of a gravitational singularity within the black hole’s event horizon.
Because of torsion, the collapsing matter on the other side of the horizon reaches an enormous but finite density, explodes and rebounds, forming an EinsteinRosen bridge (wormhole) to a new, closed, expanding universe.
Analogously, the Big Bang is replaced by the Big Bounce before which the Universe was the interior of a black hole.
The rotation of a black hole would influence the spacetime on the other side of its event horizon and results in a preferred direction in the new universe.
Most recently cosmologists Razieh Pourhasan, Niayesh Afshordi and Robert B. Manna have proposed [12] that the Universe formed from the debris ejected when a fourdimensional star collapsed into a black hole – a scenario that would help to explain why the cosmos seems to be so uniform in all directions.
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Wladimir Guglinski
retired, author of the Quantum Ring Theory
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In the book Quantum Ring Theory I had proposed a doublefield model for elementary particles (composed by two concentric fields), therefore a field model fundamentally different of the monofield model considered in the Quantum Electrodynamics (QED).
The inner field, named principal field Sp, gyrates and induces the outer field, named secondary field Sn. In the book, published in 2006, it was considered that the outer field Sn gyrates.
In this model, the outer field Sn is responsible for the electric charge of the particles as the electron, the proton, etc.
Later in 2010 I changed the doublefield model, by considering that the outer field Sn does not gyrates. However, in 2014, after a long discussion with the reader Mr.Joe in the Comments of the Journal of Nuclear Physics, he drew our attention to two key points:
Here we will analyse these questions in details.
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by Sundar Narayan
Lambton College – Sarnia, Ontario, Canada
Abstract
This paper derives a formula for the lifetime of an unbound or free neutron and shows that neutron lifetime can be related to Newton’s gravitational constant, G, providing a muchneeded theoretical formula for G, enabling G to be computed with greater accuracy than today’s experiments allow.
Another equally accurate formula for G is derived based on the properties of the virtual electrons that very briefly exist in a quantum vacuum.
Also, Newton’s law of gravity and Coulomb’s electrostatic law are derived from the same equation, providing a simple proof of the wellknown connection between these two laws.
. by Read the whole article . Abstract
The hspace theory is a variant of unified physical theory – a theory of everything.
This theory was built de novo, as the existing physical theories are incompatible and so unsuitable for unification.
A new approach is needed, and has been developed by reevaluating the definitions of primary physical concepts.
The starting point for the reevaluation was the following equation – Et = mvL, where energy – E, time – t, length – L, mass – m, velocity – v.
Analysis of these physical concepts resulted in the construction of a unique equation of the primary concepts such as space, length, energy and velocity.
From this, models could be developed that explain all wellknown physical phenomena.
In addition, hspace theory predicts phenomena rejected by the current mainstream theories, such as limits to gravitational and electrostatic interactions, and the possibility of cold fusion (as a consequence of the electric charge definition, a modification of Coulomb’s law and the definitions of elementary particles in hspace theory).
The final section of this article describes a number of experimental tests that could be used to verify the hspace theory.
. Read the whole article . . . The current theoretical understanding does not offer an explanation for cold fusion or LENR. The treatise “Basic Structures of Matter – Supergravitation Unified Theory”, based on an alternative concept of the physical vacuum, provides an explanation from a new point of view by using derived threedimensional structures of the atomic nuclei. For explanation of the nuclear energy, a hypothesis of a field microcurvature around the superdense nucleus is suggested.
Analysis of some successful cold fusion experiments resulted in practical considerations for modification of the Coulomb barrier.
The analysis also predicts the possibility of another cold fusion reaction based on similarities between the nuclear structures of Ni and Cr.
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by
Gamal A. Nasser
Faculty of science, Mansoura University, Egypt
Email: chem.gamal@hotmail.com
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Abstract
This model is development of solid nuclear models. Like FCC model, this model can account for nuclear properties that have been explained by different models. This model gives more accurate explanation for some nuclear properties which are Asymmetric fission, Nuclear binding energy and the most bound nuclei, Natural radioactivity and Number of neutrons in nuclei depending on the structures of these nuclei. The structures of nuclei in this model have special advantage, as there is separation between lattice positions of similar nucleons giving new concept for nuclear force.
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by
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U.V.S.Seshavatharam
Honorary faculty, ISERVE, Alakapuri
Hyderabad35, AP, India
Email: seshavatharam.uvs@gmail.com
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S.Lakshminarayana
Dept.of Nuclear Physics, Andhra University
Visakhapatnam03, AP, India
Email: lnsrirama@yahoo.com
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Abstract
Point of ‘big bang’ can be considered as the center or characteristic reference point of cosmic expansion in all directions.
If so, the existence of ‘preferred direction’ in the universe may not be wrong.
Based on the Mach’s principle, it can be suggested that, within the ‘Hubble volume’ overall distribution of ‘Hubble mass’ will explain the
observed physical phenomena.
With the discovered applications it is very clear to say that, without a joint and unified study of cosmology and atomic & particle physics, one should not deny the concepts of black hole cosmology.
The most interesting thing is that, at any given cosmic time, if the universe is a primordial growing black hole, then certainly its ‘Schwarzschild radius’ can be considered as its characteristic minimum size at that time.
Clearly speaking, “forever rotating at light speed, high temperature and high angular velocity small sized primordial cosmic black hole gradually transforms into a low temperature and low angular velocity large sized massive primordial cosmic black hole”.
Independent of the redshift observations and considering the proposed relations, with a great confidence now one can start seeing/observing the universe as a primordial expanding and light speed rotating black hole. Based on the proposed relations and concepts of black hole cosmology, definitions of cosmic homogeneity and cosmic isotropy must be readdressed.
It is also clear that, now the black hole universe is expanding in a decelerating mode at a very small rate in such a way that with current technology one cannot measure its deceleration rate.
Finally it can be suggested that cosmic acceleration and dark energy can be considered as pure mathematical concepts and there exists no physical base behind their affirmation.
For the most serious cosmologists this may be a bitter news, but it is a fact.
Authors hope that, by 2015 definitely this subject will come into main stream physics.
With reference to Black hole cosmology, it can be suggested that, characteristic nuclear charge radius and the characteristic angular momentum of the revolving electron increase with cosmic time.
In addition, characteristic nuclear charge radius is more fundamental than the reduced Planck’s constant.
The key point to be noted is that the Planck’s constant can be considered as a cosmological constant.
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by Jacques Chauveheid
If quantum mechanics can provide quantitative expressions of forces in conformity with the work of Erhenfest and the principle of correspondence, recognized quantitative expressions for nuclear and weak forces do not currently exist. In addition, the four basic forces do not depend on temperature, since measured in vacuum between particles.
In one of his books, Abraham Pais recalled a comment by Rutherford during the 19141919 period: “the Coulomb forces dominate if v (speed of alpha particles) is sufficiently small”, evidencing by these words the velocitydependence of the strongnuclear force. However, since Rutherford did not apparently refer to temperature, optimal conditions for nuclear fusion do not necessarily arise in disordered configurations characterized by extremely high temperatures, such as those encountered in stars like the sun. Even compared with galaxy formation, hot fusion in many stars seems the slowest and most inefficient physical phenomenon in the universe, because the sun’s ten billion year lifetime has an order of magnitude similar to the age of the universe, this circumstance having been highly beneficial for the life on earth.
Although not based on equations, Rutherford’s conclusion constitutes the essence of the “cold” approach to nuclear fusion and reactions starting from moderate energy levels, instead of extreme temperatures hardly controlling with precision the physical parameters ruling nuclear phenomena. In this view, a better theoretical understanding of these parameters will help nuclear technologies.
. B. Theoretical antecedents
Eddington mentioned the concept of asymmetric affine connection in 1921 and pointed out applications in microphysics, but he did not pursue this idea [5]. In 1922, Elie Cartan introduced geometric torsion, as the antisymmetric part of an asymmetric affine connection. In May 1929, Cartan wrote a letter to Einstein in which he recommended the use of the differential formalism he developed, but Einstein did not follow Cartan’s advice.
Between 1944 and 1950, J. Mariani published four papers dealing with astrophysical magnetism and introduced an “ansatz” structurally similar to that used in the present theory. The German word “ansatz”, used by Ernst Schmutzer (correspondence), refers to a supposed relationship between fields of distinct origin, for example geometric contrasting with physical. Einstein also used an ansatz when he identified gravitation with the 4space metric, but he did not put it in the form of an equation, presumably because being trivial.
The organization of the paper is the following: Section II details the Lagrangian formulation and the calculus of variations. Section III is about field equations and quantitative expressions of forces. Section IV introduces the shortrange force between charged particles, first referred to as strongnuclear between nucleons. Section V is on Yukawa and complexity. Section VI details the shortrange forces in both systems electronproton and electronneutron, evidencing a weak nuclear mechanism in LENR technologies.
When not stated otherwise, mathematical conventions are those of reference. . . Read the whole article . Abstract
In recent years there has been a dramatic progress in the understanding of the nonperturbative structure of various physical theories.
In particular string theory has been vastly developed during these years, where a lot of duality conjectures between the different string theories have arisen.
The introductory text of this thesis is an attempt to describe this development in short and to make a brief overview of the subject.
Special focus is put on solitonic solutions in various field theories, which is the corner stone for these duality conjectures.
The introduction of supersymmetry is also essential for the understanding of duality by its natural way of handling BPSstates through the algebra.
In string theory, which is not only a supersymmetric theory but also includes gravity, these studies are put together through the discovery of various pbrane solutions to the background field equations.
The geometrical structure of these solutions is studied in some of the papers in this thesis.
In a generalization to the treatment of pbranes as solutions which break the local vacuum symmetry, the theory of almost product structures (APStheory) has arisen as the natural candidate to the study of the intricate geometry of these solutions.
The last two papers deal with this ansatz where it is also seen that APStheory is the most natural way of treating all kinds of splitting of manifolds including fibrations, YangMills theoryand KaluzaKlein theory.
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