The same kind of vibration as sound wave, but of an electric medium, is the electrodynamics longitudinal wave, or scalar wave. However, scalar quantum fields feature in the effective field theory descriptions of many physical phenomena. Where two scalar waves meet, an energy bottle is created which disintegrates all matter within that bottle, producing what is in effect a miniature atomic explosion but without any resulting radiation. An extended field theory approach has been known since 2009 following the discovery of magnetic monopoles. He also developed transmitters that harnessed energy from the earth, which illustrated the originating theory of scalar and the start of a new frontier. The usual assumption that such waves cannot exist has no theoretical justi. Wave optics fundamentals of photonics wiley online library. The region u may be a set in some euclidean space, minkowski space, or more generally a subset of a manifold, and it is typical in mathematics to impose further conditions on the field, such that it be continuous or often continuously differentiable to some order. Nov 09, 2020 scalar waves were found and used at first by nikola tesla in his wireless energy transmission experiments. The sw is the extension of the maxwells equation part that we call the more complete. In the following article, we shall mainly discuss the theoretical part of these publications, although the experimental part would deserve a detailed. The second volume covers material lectured in aqft. The wave theory of light encompasses the ray theory. From an extended vortex and field theory to a technical, biological and historical use of longitudinal waves.
The principle of local gauge invariance since this is a course in eld theory, we are required to only use elds to model things like electrically charged matter, so we insist upon a model for the charged sources built from a classical eld. It has been shown that a longitudinal wave is a combination of a vector potential with a scalar potential. The net result is that scalar waves are a whole different animal from normal hertzian waves. It will be shown that scalar waves, which normally remain unnoticed, are very interesting in terms of their practical use for information and energy technology. Introduction it will be shown that scalar waves, normally remaining unnoticed, are very interesting in practical use for information and energy technology for reason of their special attributes. A scalar field is invariant under any lorentz transformation. Such a field theory did not exist, because i was forced to look for a suitable. Theory and experiments with an article from journal of scientific exploration 2. This chapter explains that this type of wave is a longitudinal wave of potentials.
Zohuri bahman, scalar wave driven energy applications. But it remained just as a theory only when nikola tesla, who was born in yugoslavia. We are all familiar with the common forms of energy like light, heat, sound, and electricity. The transmitter and the receiver are tuned to each other. Scalar gravitational waves in the effective theory of. The tesla scalar wave thus can have either subluminal or superluminal velocity, in contradiction to present theory. The articles from wikipedia, below are aimed to help you understand the concept of scalar electromagnetic waves, but you should remain vigilant when reading about related topics as there are many people. In theoretical physics, scalar field theory can refer to a relativistically invariant classical or quantum theory of scalar fields. Some compare our scalar wave devices with a truck, the manufacturer of which cannot know and doesnt need to know whether it will be used to transport foodstuffs or hazardous goods. His studies and findings were so far in advance, that even today we are marveled at the. This procedure significantly reduces the electromagnetic part of the wave, allowing the scalar component of the waves to dominate in the field. Particlelike solutions to nonlinear scalar wave theories. The material is based upon lecture notes for a course i teach from time to time at utah state university on classical field theory.
Starting from faradays discovery, instead of the formulation of the law of induction according to maxwell, an extended field theory is derived, which goes beyond the maxwell theory with the description of. Regarding unique nontrivial physical effects of longitudinal waves and scalar longitudinal waves, the physical importance of the magnetic vector potential field also used in relation to quantum mechanics is also. The only fundamental scalar quantum field that has been observed in nature is the higgs field. The term scalar is sometimes used instead because the hypothetical source of these waves is thought to be a scalar field of some kind similar to the higgs field for example. This indicates the profound influence the scalar waves have on lymphocyte proliferation in vitro. There is wide confusion about what scalar waves are both in serious and less serious literature on electrical engineering. These scalar waves do not actually exist in our material world, but exist only in the vacuum of empty space, or the time domain. Furthermore, one of the x 0s can be absorbed in xor t, so that the other will represent the distance shift. Aug 22, 2019 mostly referred to by the term scalar fields or scalar energy, other terms used to describe this property of the universe are information fields, longitudinal magnetodielectric waves, zeropoint energy, tachyon, orgone, radiant energy, gravitic waves, quintessence, standing waves, and tesla fields.
Introductionin the traditional scalar wave theory for treating monochromatic quasiparaxial light beam propagating along the positive zaxis, the zevolution of the optical wave function. Scalar gravitational waves in the effective theory of gravity. The results reported here also indicate that scalar energy can directly effect the cells of the immune system. The importance of nikola teslas pioneering research, with respect. As seen above, all those scalar devices can create a lot of electromagnetic interference. It will be shown that scalar waves, which normally remain unnoticed, are very interesting in terms of their practical use for information and energy technology because of their special attributes. Note that the scalar wave also violates one of einsteins fundamental postulates for the speed of our new kind of light wave is not limited to c, and need not be the same to every observer. The scalar wave laser combines the most advanced cold laser technology with state of the art quantum scalar waves to address all facets of health, dis ease and the shift toward. Weinberg, the quantum theory of fields, vol 1 this is the. That is to say, the two waves are physically identical, but out of phase in terms of time.
Meyls vortex model of scalar wave, the scalar wave in teslas scalar system is the. The discovery of scalar waves it all started in the 18 th century with a scotsman named james clerk maxwell 18311879 he was a mathematical genius and his work led to the development of quantum physics which later led to einsteins relativity. It takes a unique route to through the subject, focussing initially on particles rather than. Thus the scalar waves enhanced the immune function to approximately the same degree as was obtained the standard chemical stimulation.
Meyl extended the maxwell equation and found the lost scalar wave part. Since charge is conserved, scalar field s satisfies the homogeneous wave equation. The scalar wave laser and unified field protocol are designed to simply and effortlessly shift cells, organs, glands and chakras into quantum space and the unified field. Dec 04, 2019 lectures on electromagnetic field theory weng cho chew1 fall 2019, purdue university 1updated.
Understand tesla a brief introduction to scalar waves. Torsion, an information state of evolutionary energy and matter. Cellular communication, signaling and control from the. The mathematical and physical derivations are supported by practical experiments.
Linearized around flat spacetime, this semiclassical eft admits scalar gravitational wave solutions in addition to the transversely polarized tensor waves of the classical einstein theory. Einsteins theory suggests that black holes harbour gravitational singularities where matter is. As to scalar waves, you should check out the following that seems to prove their existence. Teacher and philosopher of the hit movie the secret a. Diffraction from the lens pupil suppose the lens is illuminated by a plane wave, amplitude a. The opposing charges cancel each other out resulting in the wave lacking any net direction. Pdf foldywouthuysen transformation and a quasiparaxial. The amplitude of the scalar wave modes, as well as their energy and energy flux which are positive and contain a monopole moment, are computed. Technically speaking, scalar waves have magnit ude but no direction. Human scalar waves are based on the discoveries by nikola tesla, since he proposed two types of energy existed in the cosmos. Nondiffracting x wavesexact solutions to freespace scalar wave. Some compare our scalar wave devices with a truck, the manufacturer of which cannot know and doesnt need to know whether it. Scalar waves were found and used at first by nikola tesla in his wireless energy transmission experiments.
Scalar wave theory is a controversial theory and is considered pseudo science by most qualified scientists. We study a solvable nonlinear scalar wave theory and derive a rigorous metastable particlelike solution of fite energy, a qasistatic solution having a rate of. They believe that a scalar wave can be created when two transverse waves come together that are out of phase. Scalar wave equations acoustics in this section we discuss the general solution to the wave equation. Scalar wars the brave new world of scalar electromagnetics. For the first time magnetic scalar wave theory best. Thus, the elementary theory, compatible with maxwell theory, yields the necessary conclusion that scalar. Observation of scalar longitudinal electrodynamic waves. These types of energy have both particle and wavelike properties, and they can be measured in terms of amplitude and frequency. Scalar energy and emf what you need to know blushield. Scalar fields and gauge lecture 23 physics 411 classical mechanics ii october 26th, 2007 we will discuss the use of multiple elds to expand our notion of symmetries and conservation. Inversechirp imprint of gravitational wave signals in scalar tensor theory chaoqiang geng1,2,3,a, haojui kuan3,4,b, lingwei luo5,c 1 school of fundamental physics and mathematical sciences, hangzhou institute for advanced study, ucas, hangzhou 310024, china 2 international centre for theoretical physics asiapaci. An ordinary transverse em vector wave is thus two paircoupled tesla scalar longitudinal waves, and only a single special case of the much more fundamental electromagnetic.
Solutions to this wave equation 1 are scalar waves. An example is the pion, which is actually a pseudoscalar. Scalar waves also are called electromagnetic longitudinal waves, maxwellian waves, or teslawellen i. A generalisation of classical electrodynamics for the prediction of. In all cases, the explanation of these e ects is speculative, and even the transmission mechanism remains unclear because there is no sound theory on such waves, often subsumed under the notion scalar waves. The geometry of the spherical antenna is indicated in. However, scalar theory researchers believe there is another way that an electromagnetic wave can have no net direction. They even look differentlike an infinitely projected.
Observation of scalar longitudinal electroydnamic waves. Nov 29, 2015 scalar waves provide communication between the transmitter and receiver as a single or whole system. The ordinary em waves that we have known about are called transverse em waves, to distinguish them from the new longitudinal em waves. This is a flaw of the field theory, since scalar waves exist for all particle waves, like e. When dealing with many waves, we can use one wave as a reference and measure the distance shifts for all the others from this. Meyl also did many scalar wave kits and devices for demonstrating the teslas technology and something new, such as the wireless energy transmission, the biological and medicine effects and so on. The basis of all efforts is the capacity of scalar waves to function as a socalled carrier wave which can transmit biological information. Creation of standing or slowly moving waves strikingly depends on propagating medium properties, its geometry and structure, due to affirmative destructive interference mechanisms. Inversechirp imprint of gravitational wave signals in scalar. Scalar waves are not fully accepted by scientific audience. Using a natural \current that comes from complex massive scalar eld theory, we. Scalar wave hereafter sw is just another name for a longitudinal wave. Variants of the theory claim that scalar electromagnetics also known as scalar energy is the background quantum mechanical fluctuations and associated zeropoint energies. Mathematically, scalar fields on a region u is a real or complexvalued function or distribution on u.
It may express the retrocausal connection factor allowed in nonlocal quantum mechanics and entanglement. The transmitter of longitudinal waves knows if the receiver is on. Scalar waves also referred to as tesla waves or longitudinal waves are capable of penetrating any solid object including faraday cages. Aspects of an appropriate vortex physics a most important new component of. There is nothing particularly controversial about longitudinal waves hereafter lw in general. Scalar elds, spinor elds, gauge elds, and gravitational elds are treated. Luneburg, mathematical theory of optics, university of. Can electromagnetic scalar waves be radiated by a metal. Aspects of an appropriate vortex physics a most important new component of the field description is the vortex of the. Unravelling the potentials puzzle and corresponding. Laplaces scalar and longitudinal wave components can be explained through the vortices maxwell used as a dampening term.
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