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Energy generators sourcing energy from a Vacuum (Zero Point Energy) - HeroX [¤]
  Quantum theory predicts and experiments verify that so-called empty space (the vacuum) contains an enormous residual background energy known as zero-point energy or ZPE (the Casimir[2] Effect). This energy derives its name from the fact that at temperatures of absolute zero, elementary particles continue to exhibit energetic behavior." The field seems to have a strong theoretical foundation, as illustrated by numerous articles in high-quality peer-reviewed scientific journals such as "Extracting energy and heat from the vacuum" by Cole and Puthoff in Physical Review E in 1993. This youtube video also features American physicist Harold Puthoff explaining the reality of ‘free energy’. 
Bewertung: -- eingetragen am 01.04.2018 Hits: 94, Status: Indikator
David W. Allan 
Gravity Theory -- Introducing Energy-Density Component [¤]
  One of the biggest questions that has puzzled mankind throughout the ages is how gravity works. This new gravitational theory not only explains how gravity works, but shows how errors can arise in determining the positions of space probes, in determining the mass of the earth and other planets and in determining the value of G, the universal gravitational constant. This new theory of gravity is part of a more general Unified Field Theory (UFT) that shows how all of the known force fields work together. Once understood, this new UFT explains several heretofore unexplained phenomena in nature. In this brief write up, we will only deal with the gravitational part of the UFT. 
Bewertung: -- eingetragen am 01.04.2018 Hits: 102, Status: Indikator
Luigi Maxmilian Caligiuri, Amrit Sorli 
Gravity originates from variable energy density of quantum vacuum [¤]
  The physical understanding of the real mechanism of gravity is one of the most important questions in Physics. The presence of massive bodies, from the scale of elementary particles to that of stellar objects and black holes determines Quantum Vacuum energy density gradients. In this paper we have proposed a novel physical model in which gravity is generated by the pressure of Quantum Vacuum in the direction of its own higher to lower density due to the presence of material objects or particles. In this picture gravity is an immediate and not – propagating action – at – a – distance interaction, resulting from the Quantum Vacuum dynamics, in turn related to fundamental properties of space itself only, not requiring the existence of the hypothetical graviton. Furthermore, the possibility to consider this Quantum Vacuum as a Bose – Einstein like condensate allows us to recover the large – scale description of the Universe consistent with General Relativity, viewed as the long – wavelength geometro – hydrodynamic limit of the Quantum Vacuum dynamics. The proposed model is also able to give a very simple explanation of the equivalence between inertial and gravitational mass, the origin and dynamical behavior of dark matter and dark energy, the physical meaning of singularity in black hole, as well as to overcome some of the main difficulties of the Higgs model. Finally this model of gravity can be used as a starting point for a novel interpretation of the recently published data of BICEP2 radio telescope about the presumed indirect observation of gravitational waves.  
Bewertung: -- eingetragen am 01.04.2018 Hits: 74, Status: Indikator
Klaus Volkamer 
Energie aus dem Vakuum [¤]
  Das Vakuum ist kein leerer Raum, sondern ein vor feinstofflicher Materie überbordendes Plenum. Dr. Klaus Volkamer zeigt anhand seines komplizierten, aber faszinierenden Äthergitter-Modells, wie ein um Feinstofflichkeit erweitertes Weltbild einen Energiegewinn aus dem Raum ermöglicht 
Bewertung: -- eingetragen am 01.04.2018 Hits: 81, Status: Indikator
Marc-Denis Weitze 
Das unberechenbare Vakuum | NZZ [¤]
  Beim Versuch, die Vakuumenergie mit teilchenphysikalischen Modellen zu berechnen, erlebten Physiker eine Überraschung: Die Berechnungen lieferten einen Wert, der sich um 120 Grössenordnungen von dem astronomisch ermittelten Wert unterscheidet. Wäre die Konstante tatsächlich so gross, müsste das Universum im Vergleich zu den Beobachtungen regelrecht explodieren; Galaxien hätten sich bei solch einer Expansion nie bilden können. Je nach Sichtweise stehen die theoretischen Physiker nun vor einem Scherbenhaufen oder vor einer Revolution. Sind die Bestandteile des Universums völlig neu zu inventarisieren, müssen die Gleichungen der Einsteinschen Gravitationstheorie bei der Anwendung auf kosmologische Massstäbe modifiziert werden, oder beruht die gegenwärtige Verwirrung doch nur auf Rechenfehlern? Das Vakuum ist also nicht nur nicht leer, es scheint vielmehr alles zu enthalten, was den Physikern gegenwärtig grosse Probleme bereitet. 
Bewertung: -- eingetragen am 01.04.2018 Hits: 104, Status: Indikator
Erik Margan 
Estimating the Vacuum Energy Density - an Overview of Possible Scenarios [¤]
  There are several different indications that the vacuum energy density should be non-zero, each indication being based either on laboratory experiments or on astronomical observations. These include the Planck’s radiation law, the spontaneous emission of a photon by a particle in an excited state, the Casimir’s effect, the van der Waals’ bonds, the Lamb’s shift, the Davies–Unruh’s effect, the measurements of the apparent luminosity against the spectral red shift of supernovae type Ia, and more. However, attempts to find the way to measure or to calculate the value of the vacuum energy density have all either failed or produced results incompatible with observations or other confirmed theoretical results. Some of those results are theoretically implausible because of certain unrealistic assumptions on which the calculation model is based. And some theoretical results are in conflict with observations, the conflict itself being caused by certain questionable hypotheses on which the theory is based. And the best experimental evidence (the Casimir’s effect) is based on the measurement of the difference of energy density within and outside of the measuring apparatus, thus preventing in principle any numerical assessment of the actual energy density. This article presents an overview of the most important estimation methods. 
Bewertung: -- eingetragen am 01.04.2018 Hits: 79, Status: Indikator
John Baez 
What is the energy density of the vacuum? [¤]
  People talk a lot about "vacuum energy" or "zero-point energy" - that is, the energy density of empty space. In cosmology, people also call this quantity the "cosmological constant", or "dark energy". Sometimes kooky people get really excited about the idea that if we could only use this energy somehow, all our problems would be solved. But first things first! Does this energy really exist? And if so, how much of it is there? In astrophysical view it is very close to zero (about 6 × 10exp-10 joules per cubic meter), in the view of quantum field theory it is enormous (about 10exp96 kilograms per cubic meter). To find a realistic answer needs to understand really the phenomenon of gravity. 
Bewertung: -- eingetragen am 01.04.2018 Hits: 105, Status: Indikator
John A. Gowan 
A General Systems Approach to a Theory of Everything [¤]
  Essays on Fractals, Cosmology, Unified Field Theory, Symmetry, Time, Entropy, Weak and Strong Forces, Science and Religion, Life, the Human Condition. The Tetrahedron Model, see: http://www.johnagowan.org/tetranew41.gif, includes Energy Conservation (Free Energy, Light), Causality (Bound Energy, Matter, Information), Entropy (Intrinsic Motion, c,T,G) and Symmetry Conservation (Inertia, Charge, Velocity c). 
Bewertung: -- eingetragen am 01.04.2018 Hits: 110, Status: Indikator
Jesse McQueen 
Internal Energy Generating Power Source [¤]
  An external power source such a battery is used to initially supply power to start an alternator and generator. Once the system has started it is not neccessary for the battery to supply power to the system. The battery can then be disconnected. The alternator and the electric motor work in combination to generate electrical power. The alternator supplies this electrical power to the two inverters. One inverter outputs part of its power to the lamp load device and part back to the electric motor/generator. This power is used to power the electric motor. The second inverter supplies power to the specific load devides that are connected to the system. 
Bewertung: -- eingetragen am 31.03.2018 Hits: 173, Status: Indikator
Boer, Daniel/Van Holten, Jan-Willem 
Exploring the QED vacuum with laser interferometers [¤]
  Here we investigate the effect of a strong magnetic field on photon propagation, and argue that this effect may be observable by exploiting one of the large laser interferometers that are designed to try to detect gravitational waves. We start by observing that light propagating in a magnetic field no longer propagates with velocity v=c. 
Bewertung: -- eingetragen am 31.03.2018 Hits: 238, Status: Indikator
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