Mills is producing nanoclusters of noble gases. Noble gases are ejected at high pressure from a supersonic nozzle into a partial vacuum. The noble gas mixture cools when it is ejected into a partial vacuum via a small hole (a nozzle), producing a supersonic molecular beam. The process leads to a reduction in the random motion of the noble gas molecules and solid clusters of noble gas form.
Mills is producing noble gas nanoparticles. In the Mills fifth force experiment, the noble gas nanoparticles produce SPPs. The SPPs produce a magnetic monopole beam that collectively point at the electron beam passing perpendicular to it. The magnetism produces the change in the line of flight direction of the electron beam. On Wed, Oct 28, 2015 at 9:34 PM, Axil Axil <janap...@gmail.com> wrote: > http://news.sciencemag.org/2001/06/magnetism-stiffens-space-time > > > Remember this: > > > Albert Einstein's rubber sheets--his metaphor for thinking of space and > time as a stretchy membrane--may be due for a dose of starch. By > reanalyzing the basic equations of general relativity, a researcher has > discovered that magnetic fields tend to flatten and stiffen the fabric of > space-time. The finding might force cosmologists and astronomers to > reexamine how magnetic fields have shaped the evolution of the cosmos. > > According to Einstein, a hunk of matter such as a star bends space-time > just as a bowling ball weighs down a rubber sheet. The result, described in > relativistic terms, is gravity. That much has been known for the better > part of a century. But physicist Christos Tsagas of Portsmouth University > in the United Kingdom looked at the equation in an unusual way, switching > the roles of space and time--a swap that makes no mathematical difference > but changes the form of the equation. > > Tsagas spotted something no one had seen before: A term in the equation > showed that magnetic fields transfer their properties to the very fabric of > space-time itself. Like rubber bands under tension, magnetic field lines > try to remain as straight as possible. The fields transmit that tension to > space-time, Tsagas writes in the 11 June issue of *Physical Review > Letters*, making nearby space like a rubber sheet that has been stretched > a little bit tighter. According to Tsagas, such a region becomes stiffer > and flattens out somewhat. > > "The normal assumption is to neglect magnetic fields in the early > universe, mostly for simplicity," says Bernard Carr, a physicist at Queen > Mary's College in London. But if the finding pans out, cosmologists will > have to rethink the role of magnetic fields in shaping the cosmos. And > black hole theorists--who deal with sharply curved space near strong > magnetic fields--might need to revise some pet notions as well. > Astrophysicists in general, it's safe to say, could lose a little sleep > over stiff sheets. > > > Magnetism is antigravity. > > SPPs throughout space produce huge amounts of anapole magnetism. The SPP > soliton in LENR could be the source of the accelerating universe. > > > > On Wed, Oct 28, 2015 at 3:04 PM, Axil Axil <janap...@gmail.com> wrote: > >> R. Mills has come up with a theory that purports to explain the expansion >> of the univere based on what he calls the hyperbolic electron. This >> electron is mated with a photon. This special type of electron sounds like >> a polariton to me. >> >> He has run experiments to show that these electrons(polaritons is the >> correct name) produce a fifth force or negative gravity witch cause an >> accelerating universe.. >> >> >> http://www.blacklightpower.com/wp-content/uploads/theory/theorypapers/F%5E2%20paper102307.pdf >> >> On Tue, Oct 27, 2015 at 3:56 PM, Axil Axil <janap...@gmail.com> wrote: >> >>> Discovering possible new forces in nature is no mean task. The discovery >>> of gravity linked to Newton's arguably apocryphal apple experiment has >>> remained anchored in popular culture. In January 1986, Ephraim Fischbach, >>> Physics Professor from Purdue University in West Lafayette, Indiana, had >>> his own chance to leave his mark on collective memory. His work made the >>> front page of the New York Times after he and his co-authors published a >>> study uncovering the tantalising possibility of the existence of a fifth >>> force in the universe. In an article published in *EPJ H*, Fischbach >>> gives a personal account of how the existence of the gravity-style fifth >>> force has stimulated an unprecedented amount of research in gravitational >>> physics - even though its existence, as initially formulated, has not been >>> confirmed by experiment. >>> >>> Back in the late 1980s, Fischbach and colleagues reanalysed data from a >>> classical physics study, known as the Eötvös Experiment, comparing the >>> accelerations of samples of different chemical compositions to the Earth. >>> His interpretation went against previous understanding, suggesting that >>> acceleration varies depending on the elements' chemical composition. In >>> theory, this force would coexist with gravity, but it would appear in an >>> experiment in the form of a gravity-like long-range force, whose effects >>> would extend over macroscopic distances. It was attributed to the exchange >>> of any of the ultra-light quanta, which are predicted in theories that >>> unify all existing forces under a single, consistent theoretical framework. >>> >>> About thirty years of research later, there is no evidence for the >>> existence of any deviation from the predictions of standard gravity at any >>> distance scale. Nor is there any experimental confirmation for the original >>> model for a fifth force, which would be proportional to the number of >>> baryons in the interacting samples. However, it remains possible that a >>> different kind of fifth force, of a different nature than originally >>> envisaged, could still exist. Meanwhile, this hypothetical force >>> <http://phys.org/tags/force/> has led to the development of many new >>> theories and novel experiments. For instance, it has stimulated the quest >>> for new macroscopic fields of gravitational strength, and provides another >>> means of studying high-energy physics. >>> >>> >>> Read more at: >>> http://phys.org/news/2015-10-may-the-fifth-force-be.html#jCp >>> >>> There has been a concept recently introduced by the AIRBUS people in >>> LENR thinking called "Dark Gravity". This force is a rethinking of the >>> general theory of relativity to include the concept of negative energy in >>> the formulation of einstein's equations. The concept of negative energy >>> came about in Dirac's formulation of the electron theory at relativistic >>> speeds. >>> >>> The concepts of the tachyon explains how the removal of all quantum >>> uncertainty from the inside of a black hole produces negative energy. >>> Negative energy is absolute "nothing". this negative energy is also >>> negative matter. Time runs backward inside a black hole as a result of an >>> accumulation of negative energy. >>> >>> Negative energy flips things around. Feynman said that a positron is an >>> electron that is traveling backward in time. From this ground rule of >>> quantum mechanics, negative energy flips the charge of the electron around >>> when the electron goes backward in time. Negative mass also flips the >>> direction of gravity around from attractive to repulsive. >>> >>> When the LENR reaction is underway in matter where tachyons are produced >>> in micro black holes, those tachyons produce a repulsive force that >>> counters the force of gravity. This repulsive force is called "Dark >>> Gravity". This might be the fifth force that is being produced in matter >>> when LENR is active in various chemical compounds when certain catalytic >>> processes are underway. >>> >>> >> >
