Stress-Energy Tensor

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The power point "Entropic Gravity and the Space-Time Fluid" is a complete and accurate summary of all my research articles. It is itself considered a scientific article in its own right.

It is currently composed of a summary, an introduction, 4 separate parts which consists of several sub-parts, as well as a general conclusion, a slide presenting the perspectives and evolutions of the work and finally a complete bibliography.

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Light possesses energy and momentum within the propagating electromagnetic fields. When electromagnetic waves enter a material, the description of energy and momentum becomes ambiguous. In spite of more than a century of development, significant confusion still exists regarding the appropriate macroscopic theory of electrodynamics required to predict experimental outcomes and develop new applications. This confusion stems from the myriad of electromagnetic force equations and expressions for the momentum density and flux. In this review, the leading formulations of electrodynamics are compared with respect to how media are modeled. This view is applied to illustrate how the combination of electromagnetic fields and material responses contribute to the continuity of energy and momentum. A number of basic conclusions are deduced with the specific aim of modeling experiments where dielectric and magnetic media are submerged in media with a differing electromagnetic response. These conclusions are applied to demonstrate applicability to optical manipulation experiments.

Our goal in this paper is to study the relationship between the linear approximation of Einstein's equations to the Klein-Gordon’s equation. The part one presents what the Klein-Gordon’s equation and the integration of the theory of quantum information in it. The Part two deals with the Stress Energy tensor quantum, wherein the detail I linearized gravity of Einstein equation, and wherein I develop the tensor quantum energy pulse from the equivalence of equation einstein the linearized gravity and the Schrödinger equation relativistic described by Klein-Gordon’s equation.

This paper results from our investigation into novel means of electromagnetic propulsion. It requires the basis of our claims to be put on a sound theoretical footing regarding the purported momentum exchange with the electromagnetic field. One of these concerns is the huge discrepancy between the energy density of the Zeropoint and its purported manifestation as the Cosmological Constant. Here we state that it is manifestly wrong to introduce the zeropoint at zero order into the stress-energy tensor, because it is something which describes zero particle count. As a fluctuation, it belongs in a higher order Taylor expansion in frequency of the stress-energy tensor. Furthermore in the 3 rd order in the Einstein constant our procedure is some 9 orders of magnitude too small. We make up this difference by suggesting that vacuum energy is much higher still and that more degrees of freedom exist in physics beyond the Standard Model or that there is interaction energy between the modes.

The power point "Entropic Gravity and the Space-Time Fluid" is a complete and accurate summary of all my research articles. It is itself considered a scientific article in its own right.

It is currently composed of a summary, an introduction, 4 separate parts which consists of several sub-parts, as well as a general conclusion, a slide presenting the perspectives and evolutions of the work and finally a complete bibliography.

The pptx version contains many redirects, allowing you to easily navigate between parts, subparts, return to the bibliography, menu, help slide and backtrack. Each reference has its internet links integrated into the bibliography.

Enjoy reading, and do not hesitate to make a return, tell me the mistakes you see and problem you encounter.

The purpose of this paper is to find a quantum formulation of entropic gravity, incorporating the bijective theory. In a first part, we will describe the basis of the bijective theory. In a second part, we will incorporate the stress energy quantum tensor defined in the linear approximation of the Einstein's equation in its quantum version to entropy. In the third part, we will integrate the bijective theory with the newly created relativistic quantum entropy. This will lead us four part where we will formalize quantum entropic gravity.

Our goal in this paper (partial) is to study the relationship between the linear approximation of Einstein's equations (or linearized gravity) to the Klein-Gordon equation. Part 1 presents what the Klein-Gordon equation and the integration of the theory of quantum information in it. Part 2 deals with the Stress Energy tensor quantum, wherein the detail I linearized gravity of Einstein equation, and wherein I develop the tensor quantum energy pulse from the equivalence of equation einstein the linearized gravity and the Schrödinger equation relativistic described by Klein-Gordon equation.

The magnetohydrodynamic stability of a streaming liquid cylinder subject to surface tension and pervaded by a magnetic vacuum field has been elaborated for all axisymmetric and non-axisymetric disturbances. The dispersion relation is obtained and studied analytically and numerically. The streaming has always a destabilizing effect. The axial magnetic fields inside and outside the jet have always stabilizing effects for all perturbations. The transverse magnetic field has a destabilzing effect. However, if the axial field intensity is so high and paramount over that of the transverse field, the destabilizing character of the model is suppressed. The latter is satisfied if the Alfven wave velocity is greater than the equilibrium liquid velocity.

In recent years the role of acetylation has gained ground as an essential modulator of intermediary metabolism in skeletal muscle. Imbalance in energy homeostasis or chronic cellular stress, due to diet, aging or disease, translate into alterations in the acetylation levels of key proteins which governs bioenergetics, cellular substrate use and/or changes in mitochondrial content and function. For example, cellular stress induced by exercise or caloric restriction can alter the coordinated activity of acetyltransferases and deacetylases to increase mitochondrial biogenesis and function in order to adapt to low energetic levels. The natural duality of these enzymes, as metabolic sensors and effector proteins, have helped biologists understand how the body can integrate seemingly distinct signaling pathways to control mitochondrial biogenesis, insulin sensitivity, glucose transport, reactive oxygen species handling, angiogenesis and muscle satellite cell proliferation/differentiation....