Scalar Wave Detector

We're going to go into all the details about scalar waves and their mysterious properties here, like zero point energy, levitation, manifestation and more. Patent applications directed towards this invention may not have been filed with any patent office. Detector Scalar Network Analyzers (DSNA) In DSNA systems a detector is used to capture the magnitude of millimeter wave signals. The wave breaking events in a continuous spectrum of surface gravity waves are investigated numerically in 2D within a framework of the potential motion model. Link In an article associated with Tesla Tech first published in 1989, "Scalar Wave Detection" by scalar wave researcher Warren York, I don't think it's clear what a. We introduce the mathe-matical machinery necessary to describe this curvature and then briefly discuss the. See our scalar waves wiki. Fourth Internat. With scalar waves passing beyond the speed of light, all which is needed first is a crossed scalar beam grid to detect any missiles leaving the enemies territory. By that he proofs, that there are two more types of waves besides the already well-known electromagnetic wave (Hertz 1888). Such an impact on the detector is possible, in particular, in extended scalar-tensor. Take, for example, a household smoke detector. These detectors also can be used with HP 8757 scalar network analyzers utilizing HP 85025C detector adapters. Scalar physics is the science of reality's hidden understructure. A Sensitive Scalar Wave Detector. Superluminal ring lasers for rotation sensing, accelerometry, vibrometry and gravitational wave detection; White light cavity based on fast light for data buffering and gravitational wave detection; Low light level optical switching with nano-fibers; Quantum communication and quantum computing with atomic ensembles; Analog and digital holographic high speed recognition of images and video clips in scale, rotation and shift invariant manner; Polarimetric imaging using high speed atomic. V, and of Delay-Line. Scalar waves are pure longitudinal wave forms (none hertzian). A global team of scientists, including two University of Mississippi physicists, has found that the same instruments used in the historic discovery of gravitational waves caused by colliding black. The Detectors are optimized for broadband performance and are used in mm-wave test setups to detect, monitor and measure modulated signals. Agilent 8757D Scalar Network Analyzers Test set options • 8757D-700 standard test set • 8757D-001 add fourth detector. @article{osti_21413425, title = {Propagation of gravitational waves in the generalized tensor-vector-scalar theory}, author = {Sagi, Eva}, abstractNote = {Efforts are underway to improve the design and sensitivity of gravitational wave detectors, with the hope that the next generation of these detectors will observe a gravitational wave signal. The schematic shows a round magnet epoxied to the NE-2 lamp, to help isolate it from EM signals. In order to examine the gravitational waves emitted from the neutron stars in the tensor-vector-scalar (TeVeS) theory, we derive the perturbation equations for relativistic stars, where for simplicity we omit the perturbations of the vector field. standing waves, but with minor modification, it can also be used as an effective scalar wave detector. My explanation is as follows: The charge carriers which oscil-late with high frequency in an antenna rod form longitudinal standing waves. Emitters and detectors have already been built and tested,. New Scalar Wave Detector and laws of Scalar Physics Language: english-utf8 french-utf8 german-utf8 german english To browser these website, it's necessary to store cookies on your computer. This device is suitable for the study of an enormous range of subjects, such as: investigations into Paranormal phenomena of all types, geomantic and divination studies, study of standing wave phenomena, both electromagnetic and scalar, and the detection and mapping of telluric currents. This is how scalar waves look like on an oscilloscope. What are Scalar Waves ? Horst. The results are then specialized to the case of a detector of spherical shape and shown to reproduce those obtained in general relativity in a certain limit. ) published in Phys Rev D. Other accessories such as a plotter, printer, or disk drive can be added to make a complete manual measurement system. ; Babusci, D. jeong@gmail. Files on Scalar Electromagnetics by Rick Andersen This area, in my opinion, ties much of the information together from the other areas on this web site. This was something, which eluded both myself, and my physics tutor, who coincidently had done her Phd on Scalar waves. Like I said I need physicists and meteorologists Could scalar waves be Scalar Wave Detector this-allow me this question for physicists and meteorologists. Then install an open-ended coil longitudinally. Zhang Department of Physics, Alabama A & M University, Normal, Alabama 35762 E-mail: tianxi. We present the dependence of the frequency response function and antenna sensitivity pattern of Michelson interferometric detectors on the frequency of the scalar mode of gravitational waves in Sec. Agilent 8757D Scalar Network Analyzer 10 MHz to 110 GHz Data Sheet Accurate measurement of transmission and reflec-tion characteristics is a key requirement in your selection of a scalar network analyzer. Wesley2 1 ETHZ, Institute of Astronomy - Scheuchzerstrasse 7, CH-8092 Z¨urich, Switzerland 2 Weiherdammstrasse 24, D-78176 Blumberg, Germany (received 18 February 2002; accepted in final form 14 May 2002) PACS. Juno Instrument Overview Image: NASA/JPL/Caltech (Click to enlarge) NASA’s Juno Spacecraft carries a science payload consisting of nine instrument packages to provide unprecedented data on Jupiter’s magnetic environment, its gravitational field, the incredibly dense atmosphere & cloud cover, the interior of the planet and Jupiter’s puzzling aurora. It is the QE aspects of DNA that allow that information to be benefited from anywhere you are located. In the pulse mode, a single intense 3-dimensional scalar phi-field pulse form is fired, using two truncated Fourier transforms, each involving several frequencies, to provide the proper 3-dimensional shape (Figure 10). Scalar Potential Finite-Difference listed as SPFD Self-Powered Flux Detector: Scalar Parabolic Wave Equation;. -q – Applied classical electromagnetism. Soviet Tesla Weapons. This is the concept for a scalar EG detector for a scalar EG waves. China Scalar Energy Detector, Scalar Energy Detector from China Supplier - Find Variety Scalar Energy Detector from metal detector ,gold detector ,diamond detector, Industrial Metal Detectors Suppliers Located in China, Buy Scalar Energy Detector Made in China on Alibaba. i have a schematic for a scalar wave detector. magnitudes of incident and reflected microwave power. This is the concept for a scalar EG detector for a scalar EG waves. Scalar Waves - III Preface to the lecture, 1st Edition 1996 The theme encloses the electromagnetic compatibility of both technical a Author: Konstantin Meyl. Using the Simple Scalar Network Analyzer There are lots of good references for using network analyzers and similar instruments so I'm just going to cover the basics here. For the most precise control over peak detection, you can specify all the peak detection parameters by typing M=autopeaks(x,y, SlopeThreshold, AmpThreshold, smoothwidth, peakgroup). Scalar potential waves can thus augment or diminish, or create or destroy, ordinary EM waves at a distance by pair-coupling interference under appropriate conditions, and this is in consonance with the implications of Whittaker's fundamental 1903 work. The course teaches the basic principles in public health and epidemiology, followed by laboratory knowledge and skills from the fields of microbiology, biochemistry, immunology and genetics as applied to health and disease, and their applications in epidemiologic activities (disease surveillance, outbreak investigations, identifying. The scalar wave equation is investigated for a scalar -eld propagating in a spacetime background ds2 = e2a( dt2 +dr2)+R e 2 d˚2 +e2 dz2:The metric is compacti-ed in the radial direction. The HP 85025/26 detectors may be used in either AC or DC detection modes. Barshinger, Member, IEEE, and Joseph L. Depending on the system used, DC or AC detection is chosen. Both waves will cancel each other’s electrical and magnetic field components when the waves are in phase spatially but 180 degrees out of phase temporally The result is an electromagnetic scalar wave. Tesla (1899) detected the electric scalar wave and Meyl the magnetic scalar wave, giving access to free energy, huge over unity effects. Scalar waves can be used for impenetrable communication inside an ordinary carrier wave. The technical literature references studies scalar energy with application in engines such as Tesla. Only such a particles can absorb the density fluctuations of vacuum and transform them into a thermal motion, i. standing waves, but with minor modification, it can also be used as an effective scalar wave detector. Two out-of-phase electromagnetic waves cancel each other and produce scalar wave (courtesy Eckardt [1]) Since scalar wave is a potential energy field, the electromagnetic force can be obtained as its gradient. A Scalar Network Analyzer is a type of RF network analyzer that is used to measure only the amplitude properties of a DUT (Device Under Test). On February 11, 2016, the LIGO collaboration announced that they had achieved the first ever direct detection of gravitational waves. for acoustic waves, gravitational waves or plasma waves. This is because in equations (32) of [5] three different freedom degrees are present, differently from the standard General Relativity case, where the. The formulation is compared to the results of Tatarskii and FIatte et al. Information: Catalog and Supplier Database for Engineering and Industrial Professionals. Barshinger, Member, IEEE, and Joseph L. inducing diseases with scalar waves 10. In incoherent methods [8,9], candidate events typically are constructed from each detector data stream independently, and one looks for events with similar duration. eurekaselect. high performance laser and detectors,[10,11] which are termed nanoscience. For the most precise control over peak detection, you can specify all the peak detection parameters by typing M=autopeaks(x,y, SlopeThreshold, AmpThreshold, smoothwidth, peakgroup). This changes everything. Electrodynamic Scalar Wave Generation and Detection Note: The technology described above is an early stage opportunity. scalar waves can have huge over unity effect by collecting neutrinos (free energy) 4. It will help to us, how to find the creation, and detection method of scalar waves. Also, included is a proposal for designing a scalar detector. We show that gravitational wave detectors based on a type of atom interferometry are sensitive to ultralight scalar dark matter. The detection of gravitational waves marks the culmination of a decades-long quest that began in 1972, when Weiss wrote a paper outlining the basic design of LIGO. Detection of Scalar Gravitational Waves Francesco Fucito 1 INFN, sez. This is the concept for a scalar EG detector for a scalar EG waves. When the energy builds up in the piezoelectric rock structure, it will mechanically expand, slip and then create an earthquake. Today this is Prof. • My research was to determine if two detectors are sensitive enough to detect weak scalar gravitational waves in their current configuration or if additional detectors are needed. The capacitor functions as a detector and generates a small ultra low frequency voltage, in reaction to the naturally changing Aetheric/ Scalar / Electric ULF field. With this detector we can select the frequency desired, and detect any passing scalar waves of that frequency. Scalar Waves are a form of radio waves creating what is known as Longitudinal Wave Interference. Like I said I need physicists and meteorologists Could scalar waves be Scalar Wave Detector this-allow me this question for physicists and meteorologists. This type signal is called a. Temperature and moisture can also follow the wind flow although generally to a lesser degree. The gist of this work seems to be focusing on building a scalar wave detector using a Josephson junction. MORE: The third wave of computing. CiteSeerX - Document Details (Isaac Councill, Lee Giles, Pradeep Teregowda): We discuss the possible detection of a stochastic background of massive, nonrelativistic scalar particles, through the cross correlation of the two LIGO interferometers in the initial, enhanced and advanced configuration. It is the americium-241 that allows the contraption to work. Scalar Waves have most recently been found to be extremely useful in healing. the ECG peak detector, the ABP peak detector, etc). scalar system include a scalar analyzer, a swept source, a directional bridge or coupler, and detectors. Abstract The response of a gravitational wave detector to scalar waves is analysed in the framework of the debate on the choice of conformal frames for scalar-tensor theories. , Cambridge, MA 02139 and Department of Physics, University of Massachusetts, Dartmouth, MA 02747. Then install an open-ended coil longitudally above the magnet so that a line through the. Internal wave induced vertical displacements of a scalar gradient such as that of temperature and salinity can also result in scalar variability. scalar variance forward cascade into the submesoscale. The interaction of fundamental scalar fields and matter in the form of an ideal fluid is introduced and investigated. ; Babusci, D. Here we consider the "toy model" problem of computing the self-force for a scalar-field particle on a bound eccentric orbit in Kerr spacetime. Stepping out on a limb here… is it possible that someone has developed scalar sensing equipment and is using it to read space weather happening at vast distances with very little time lag?. 50 GHz vector system is only 1. Symmetries and Conservation Laws for the Wave Equations of Scalar Statistical Optics 5 can often be solved for the generators corresponding to all Lie symmetries of the original equation, and this procedure can be directly generalized to nd the symmetry group of sets of di erential equations [2]. As detection sensitivity can vary depending on product and environment conditions including temperature and humidity, it can be challenging to provide consistent detection. If the user is sweeping a V-Band bandpass filter for return loss, the detector will see not only the reflected 50 to 75 GHz signal of interest, but will also sense the 3/2 harmonic (75 to 112 GHz) signal being reflected. A scalar wave has no time varying 8 field. Artificial potentials can be used for 2 way communication with submarines, aircraft and ships. Specificially, I consider the scattering of plane waves by scalar and vector fields, and the scattering of spherical waves by scalar and vector fields. One of plausible gravity theories is scalar-tensor theory. a scalar wave transmitter realizes directly, if the receiver is in resonance 5. This is the concept for a scalar EG detector for a scalar EG waves. Wesley2 1 ETHZ, Institute of Astronomy - Scheuchzerstrasse 7, CH-8092 Z¨urich, Switzerland 2 Weiherdammstrasse 24, D-78176 Blumberg, Germany (received 18 February 2002; accepted in final form 14 May 2002) PACS. At one instant in time, the detector would detect a high pressure; this would correspond to the arrival of a compression at the detector site. In my experiment the transmitter is situated in the mysterious near zone. Sound waves, earth quake waves, and underwater waves are all scalar waves where the wave amplitude is pressure in the medium. Gravitational waves from compact dark matter objects in the solar system; Gravitational Direct Detection of Dark Matter; Angular resolution of the MIMAC Dark Matter directional detector; Constraints on mediator-based dark matter and scalar dark energy models using s√=13TeV pp collision data collected by the ATLAS detector. Since Maxwell’s four equations of 1861 describing electromagnetic waves, we have understood and used them but not until Heinrich Hertz demonstrated their existence in 1887. These types of energy have both particle and wavelike properties, and they can be measured in terms of amplitude and frequency. We present the dependence of the frequency response function and antenna sensitivity pattern of Michelson interferometric detectors on the frequency of the scalar mode of gravitational waves in Sec. The normal tensor analysis does a slightly worse job at detecting smaller scalar amplitudes and thus a scalar analysis search should be used in the search for. It is l/f noise type detector and uses a Cmos op-amp which operates with a 1. proposes a new design for an open cavity High-Frequency Gravitational Wave Detector in the GHz band, which consists of a high-quality-factor open microwave cavity and a Gaussian beam (GB) passing through a static magnetic field in free space. 2014 45 xii+312 Generalized Korteweg-de Vries, nonlinear Schrödinger, wave and Schrödinger maps Birkhäuser/Springer, Basel Oberwolfach Seminars 978-3-0348-0735-7; 978-3-0348-0736-4 Herbert Koch Daniel Tataru Monica Vi\csan incollection MR3329857. The scalar wave produces no electrical which are normally opaque to regular signals. This energy is being broadcast out. In the pulse mode, a single intense 3-dimensional scalar phi-field pulse form is fired, using two truncated Fourier transforms, each involving several frequencies, to provide the proper 3-dimensional shape (Figure 10). This section discusses a way to mitigate the loss of accuracy through use of a well-known initialization procedure. This device is. 3) Use the signal detector to record the relative signal strength from all windows in the room you wish to protect, preferably the office or bedroom. 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. This magnet must then be shielded to prevent external. Some scalar detector s may also produce secondary scalar signals in their operation, so we may also classify detectors as being either passive or active detectors. This is the Bendini scalar wave detector, adapted from an original concept by Dea and Faretto. There are detectors, however (see below). Like I said I need physicists and meteorologists Could scalar waves be Scalar Wave Detector this-allow me this question for physicists and meteorologists. An approach to couple free-space waves and non-resonant plasmons propagating along graphene strips is proposed based on the periodic modulation of the graphene strip width. Simply put, scalars do not compress or “wave,” and so they are not subject to the speed limit for mass at the speed of light. This is the basis for harnessing the energy of scalar waves to generate different effects at the receiving ends. org) January 2, 2012 Abstract There is a wide confusion on what are scalar waves in serious and less serious literature on electrical engineering. Such dark matter can cause temporal oscillations in fundamental constants with a frequency set by the dark matter mass and amplitude determined by the local dark matter density. forty kilogauss. While general relativity allows for only two tensor gravitational-wave polarizations, general metric theories can additionally predict two vector and two. The AFD860 ultrasonic flaw detector is an ultra-light handy UT instrument of outstanding performance. The filters remove unwanted harmonics from multiplied millimeter wave source modules to allow high dynamic range measurements when used with the 8757 Scalar Network Analyzer. 10 to 15 volt outputs, square wave, monitored on an O-Scope showed the coils low resistance dropped this voltage considerably. New Scalar Wave Detector and laws of Scalar Physics Language: english-utf8 french-utf8 german-utf8 german english To browser these website, it's necessary to store cookies on your computer. Thus, the system dynamic range is. More generally it can account for the linear dispersive propagation of scalar waves in an anisotropic and finite plate and for any local alteration in the displacement component of the Lamb Wave. Symmetries and Conservation Laws for the Wave Equations of Scalar Statistical Optics 5 can often be solved for the generators corresponding to all Lie symmetries of the original equation, and this procedure can be directly generalized to nd the symmetry group of sets of di erential equations [2]. This function A is given the name "vector potential" but it is not directly associated with work the way that scalar potential is. a possible scalar war scenario 2. "According to the Bohm-Aharonov effect, if two zero-field scalar wave beams are crossed in a distant region, real physical effects exist in that distance interference zone. The Scalar Wave manifests itself as a vector quantity by either being given direction (so that it meets a resistance and thus manifests), or by combining it with a second Scalar Wave to cause an interference pattern to form. Compatible with EN12668-1:2010. We can support your designs with complete signal chain capability, including RF, microwave and millimeter wave. So, just like the ordinary gravitational waves with + and polarizations, the scalar wave is transverse, not only in its mathematical description, eq. The idea is quite simple: install a very powerful bar magnet inside a grounded Faraday cage. Differences of transversal and longitudinal waves. Furthermore, in the framework of the Jordan-Brans-Dicke theory, I compute the signal to noise ratio for a resonant mass detector. In 2017, the Nobel Prize in Physics was awarded to Rainer Weiss, Kip Thorne and Barry Barish for their role in the direct detection of gravitational waves. Z-Wave Smoke Detector - NO LOGO Add Z-Wave functionality to your home security system using this Z-Wave Smoke Detector from Monoprice!Z-Wave is a low power mesh networking communications technology that allows Z-Wave enabled devices to communicate with each other and to distribute Z-Wave messages throughout to network. Or here if not a member of the forum. How real is Longitudinal EM Wave and Scalar Wave and what is the most efficient way to detect it? There are studies that deal with modifications of Maxwell's EM Theory. 33 results for scalar wave Save scalar wave to get e-mail alerts and updates on your eBay Feed. Disclosure Number 201303038 Technology Summary. standing waves, but with minor modification, it can also be used as an effective scalar wave detector. proposes a new design for an open cavity High-Frequency Gravitational Wave Detector in the GHz band, which consists of a high-quality-factor open microwave cavity and a Gaussian beam (GB) passing through a static magnetic field in free space. During his epochal visit to Colorado Springs in 1899, he made new discoveries about the nature of electromagnetic waves, known to some as stationary or longitudinal waves, to others as scalar waves. What are Scalar Waves ? Horst. Although not well known, Scalar detectors have been built for picking up magnetic longitudinal waves. Scalar Waves have most recently been found to be extremely useful in healing. Information: Catalog and Supplier Database for Engineering and Industrial Professionals. The [Export to Excel] and [Save Timeline Image] buttons allow results to be saved locally. These electromagnetic waves were predicted by Maxwell 26 years earlier, and were not demonstrated by Hertz until after Maxwell’s death in 1879, albeit using the truncated version called the Maxwell-Heaviside equation of 1874. This magnet must then be shielded to prevent external. This paper details calculations by the scientists, who work in Germany, France, Italy, Portugal and the U. Scalar Fields, Scalar Waves, Scalar Energy, & Zero Point Energy We are all familiar with the common forms of energy like light, heat, sound, and electricity. The scalar wave, according to Meyl, is an irrotationalelectric vector solution Eof the homogeneous wave equationhaving non-vanishing sources. This work attempts to detect the torsion field nature of scalar wave generated by the dual Tesla coil system, using the torsion balance consisting of a wooden frame. Everyone knows a practical application: e. These types of energy have both particle and wavelike properties, and they can be measured in terms of amplitude and frequency. Abstract: A detection procedure for a moving magnetic dipole target by using at least three scalar magnetometers is proposed in this letter. That is, we consider the perturbations of scalar and tensor fields. (3) The capacitor detector shows that these waves are also able to penetrate electrostatic shielding and create electrical wave activity inside the capacitor. Includes use guidelines. To implement a full scalar reflectometer requires a means to separate the forward- and reverse-traveling waves that are present in a transmission line so that the power carried by these waves can be measured separately. A Scalar Network Analyzer is a type of RF network analyzer that is used to measure only the amplitude properties of a DUT (Device Under Test). Their magnetic scalar wave detector also detects lightning. The general optimum detector specializes in many important practical cases of interest. how were scalar waves discovered? 3. 2 A particular gauge for scalar gravitational waves We consider a gauge which was proposed in the first time in [10]. Gravitational waves can rotate the polarization of light, providing an indirect means of detection. The magnetic scalar wave, as an aspect of the neutrinos and therefore being quicker than light, is used in all biology, so Meyl can explain how the DNA is sending information and energy as an antenna using a DNA wave. New here to this forumforums period. The scientific term for the scalar orgone pendant is quantum science. The idea is quite simple: install a very powerful bar magnet inside a grounded Faraday cage. general formulation of wave scattering by a random medium that has an arbitary power-law spectrum. It also provides a reason why an individual can detect a "stick" on a radionics or Hieronymus machine (which processes scalar waves), when ordinary detectors detect nothing. Scalar waves are a higher form of radar waves, but they go one step further by passing through anything solid too and are able to detect and be able to be made into a focused beam to target anything through the earth or sea as well. Scalar-ion Paster frequency of wave energy will be released biological, chemical and biological fluctuations in energy between the frequency is in line with the body's cells and thus the natural resonant frequency fluctuations resonance activation. The properties of this controversial state could be fixed by improving the accuracy of these measurements. Also Tesla always worked at close range. The idea is quite simple: install a very powerful bar magnet vertically inside a grounded Faraday cage. The solution is technologically very simple, scalable in frequency, and provides customized coupling angle and intensity. To view this site, you must enable JavaScript or upgrade to a JavaScript-capable browser. The normal tensor analysis does a slightly worse job at detecting smaller scalar amplitudes and thus a scalar analysis search should be used in the search for. Just as an electromagnetic wave is an oscillation in the electric and magnetic fields that propagates at the speed of light, a gravitational wave is an oscillation in the gravitational field that propagates at the speed of light. The fourth gravitational wave signal to ever be directly detected happened not just in the twin LIGO detectors, but in the VIRGO detector, too. Shown below is a simple directional, (If there is such a thing as being 'too' directional, this system is it!), scalar wave generator/detector. If it is not possible to get sound frequency data from KY-038, tell me please, what sensor do I need to buy? I also find sound recognition module, may be I need to use it instead of KY-038?. Price comparison ratio by frequency range - VNA price relative to scalar analyzer system price Price comparison 1 GHz 3 GHz 6 GHz 20 GHz 40 GHz. m (shown above). The scalar wave equation is investigated for a scalar –eld propagating in a spacetime background ds2 = e2a( dt2 +dr2)+R e 2 d˚2 +e2 dz2:The metric is compacti–ed in the radial direction. The schematic shows a round magnet epoxied to the NE-2 lamp, to help isolate it from EM signals. 20) is only excited by the scalar wave, giving a clear signal of the presence of a scalar wave. SCALAR WAVES GOING MAINSTREAM [link to www. Other theorists have modeled them as virtual pressure waves existing in subquantum "potentials". The detection of gravitational waves marks the culmination of a decades-long quest that began in 1972, when Weiss wrote a paper outlining the basic design of LIGO. The 3/2 harmonic signal could be at a level approximately 20 dB below the desired signal. Detection of Long Period Surface Wave Energy Junkee Rhie and Barbara Romanowicz Introduction. Detectors usually respond to all signals within the waveguide range because it is not a tuned receiver. If it is not possible to get sound frequency data from KY-038, tell me please, what sensor do I need to buy? I also find sound recognition module, may be I need to use it instead of KY-038?. Scalar Wave Technology Scalar Wave Detection Warren York Scalar Wave Researcher Originally published: ExtraOrdinary Science (Volume 1, Issue 4; Oct/Nov/Dec 1989) WARNING: Do not attempt electrical construction on any of the equipment, coils or devices described here. Scalar waves are longitudinal waves of potentials. It is l/f noise type detector and uses a Cmos op-amp which operates with a 1. GW detectors: prehistory • For decades after the formulation of Einstein's GR the notion of GWs was a topic for speculations and remote from real astrophysics. The stability of electron orbital shells based on a model of the Riemann-zeta function. org) January 2, 2012 Abstract There is a wide confusion on what are scalar waves in serious and less serious literature on electrical engineering. A detector adapter (model DA) is available to match these detectors to the square law saturation characteristics of the Wiltron 560 and 562 Scalar Network Analyzers. Roughly speaking, gravitational waves traveling through the background scalar field experience a "medium" with a refractive index other than 1. Thanks to the Knowledge of C. In the past we have used the term "scalar waves" to imply longitudinal standing waves, such as in one infolded Stoney-Whittaker wavepair inside the scalar potential. Now, in order to produce cosmic acceleration, the scalar field has to have a nonzero, time-dependent cosmological background value, denoted 𝜑 (t). This week, I have built a magnetic scalar wave detector, which measures the time the magnetic tsunamis (gravity waves) impact the Earth. This is because in equations (32) of [5] three different freedom degrees are present, differently from the standard General Relativity case, where the. This then demonstrates that longitudinal electrodynamic waves can, and do, exist. The wave breaking events in a continuous spectrum of surface gravity waves are investigated numerically in 2D within a framework of the potential motion model. Monstein1 and J. Kostas Kleidis, Technological Educational Institute (TEI) of Serres, Mechanical Engineering Department, Faculty Member. The general optimum detector specializes in many important practical cases of interest. Tesla (1899) detected the electric scalar wave and Meyl the magnetic scalar wave, giving access to free energy, huge over-unity effects. PMP builds all of the detectors sold by Agilent for frequencies higher than 50 GHz. Investigations of unconventional energy fields, as "Orgone energy" e. In other words it can be said that, in scalar-tensor theories of gravity, the scalar field generates (s) a third tensorial polarization for gravitational waves (i. Scalar Potentials Fields and Waves [Thomas Valone, M. This anomaly can be cast in terms of new scalar degrees of freedom which take account of macroscopic effects of quantum matter in gravitational fields. A transmitter can be placed in a box of thick metal and a receiver outside of the box will still receive the scalar wave. Furthermore, in the framework of the Jordan-Brans-Dicke theory, I compute the signal to noise ratio for a resonant mass detector. we can obtain all the sensitivity desired, and utilize ordinary detection equipment already well-known and highly developed. Abstract: A detection procedure for a moving magnetic dipole target by using at least three scalar magnetometers is proposed in this letter. A Sensitive Scalar Wave Detector Very briefly we present a method of making a very sensitive scalar wave detector so that direct measurement and quantization can be established. This type signal is called a. In short, one may create "transmitting scalar interferometers" (Figure 2) to produce energetic effects at a distance, in a specified region. Or here if not a member of the forum. Also Tesla always worked at close range. 3D Shock Wave Visualization on Unstructured Grids Kwan-Liu Ma * John Van Rosendale t Willem Vermeer $ ICASE ICASE Delft University of Technology Abstract A critical issue in understanding high speed flows is the study of shock waves. If it didn't, it would be a static field. Our primary focus on continuous market tracking, rigorous fact-checking, data-triangulation, and multiple layers of quality control ensures high-quality data that can be leveraged for. A correction to the geodesic equation arising in the Einstein conformal frame modifies the geodesic deviation equation. Then install an open-ended coil longitudally above the magnet so that a line through the. The scientific term for the scalar orgone pendant is quantum science. This detector therefore will detect modulations of the scalar magnetostatic potential, and can be described as a linear magnetostatic scalar detector. GW170814 : A three-detector observation of gravitational waves from a binary black hole. What is a "scalar wave" exactly? Scalar waves (hereafter SW) are often likened to "longitudinal" waves. More than 80% of the standard smoke detectors in the US contain an amount of americium-241, a radioactive element with a half life of 432 years. Like waves on a string, they are not present all the time, but have to be 'excited' to be observed. Scalar-ion Paster frequency of wave energy will be released biological, chemical and biological fluctuations in energy between the frequency is in line with the body's cells and thus the natural resonant frequency fluctuations resonance activation. The Schumann Resonances are quasi-standing electromagnetic waves that exist in the Earth's 'electromagnetic' cavity (the space between the surface of the Earth and the Ionosphere). May, 2019: Higher order gravitational-wave modes with likelihood reweighting (Payne, Talbot, Thrane) posted on the arxiv. detecting potential scalar signals than the TSGW analysis does. why do you need a barkhausen detector? > > > >Well, if these scalar waves pass right through conductors and Faraday > >cages, why should we expect it to react to another bifilar coil? > > Because many generator/detector systems are reversable. They are both one and the same, but orthogonal views of each other as explained by the APM. If the frequency corresponding to the mass of the scalar field lies in the detector sensitivity band, and the nonrelativistic branch of the spectrum gives a significant contribution to energy density required to close the Universe, we find that the scalar background can induce a non-negligible signal in competition with a possible signal produced by a stochastic background of gravitational radiation. The scalar wave equation is investigated for a scalar -eld propagating in a spacetime background ds2 = e2a( dt2 +dr2)+R e 2 d˚2 +e2 dz2:The metric is compacti-ed in the radial direction. Like waves on a string, they are not present all the time, but have to be 'excited' to be observed. Scalar waves can be used for impenetrable communication inside an ordinary carrier wave. In the continuous mode, two continuous scalar waves are emitted -- one faster than the other -- and they pair-couple into vector energy at the region where they approach an in-phase condition. Electric Scalar Waves and Magnetic Scalar Waves. Scalar energy products are alternative medicine products. "scalar wave", due to its makeup. Scalar waves can be used to tap into normal communications even when encrypted. 5 to 110 GHz in six waveguide bands. > Eg, a loudspeaker can act as a microphone. coalescence. Read "Large Scale (~25 m2) metal diffraction grating of submicron period as possible optoelectronic detector for short scalar gravitational waves, Proceedings of SPIE" on DeepDyve, the largest online rental service for scholarly research with thousands of academic publications available at your fingertips. Unlike a Vector network Analyzer, it does not measure both amplitude and phase of the DUT. This anomaly can be cast in terms of new scalar degrees of freedom which take account of macroscopic effects of quantum matter in gravitational fields. On February 11, 2016, the LIGO collaboration announced that they had achieved the first ever direct detection of gravitational waves. electromagnetic energy from reaching the coil above the magnet. A number of papers has recently explored the interesting possibility of detecting scalar waves, with coupling strength to matter of gravitational order, exploiting both resonant mass 1, 2, 3 and interferometric 4, 5 gravity wave detectors. If it didn't, it would be a static field. A Sensitive Scalar Wave Detector. Assuming you have installed Python and the appropriate support packages, get a copy of the file SNA. at the entrance of department stores, where the customer has to go through in between of scalar wave detectors. OPT_INPUT - This is a structure used to define a variety of parameters for each peak detector (e. detecting potential scalar signals than the TSGW analysis does. Based upon the Aether Physics Model and Oliver Manuel's Iron Sun Theory, Thomson built a detector that mimics the Sun's physical structure. Scalar waves also referred to as Tesla Waves or Longitudinal Waves are capable of penetrating any solid object including Faraday Cages. Genus topology and cross-correlation of BICEP2 and Planck 353 GHz B-modes: further evidence favouring gravity wave detection Abstract We have analysed the genus topology of the BICEP2 B-modes and found them to be Gaussian random phase as expected if they have a cosmological origin. The situation resembles very much that for an interferometer. A correction to the geodesic equation arising in the Einstein conformal frame modifies the geodesic deviation equation. Detection of monopole scalar waves with current and future gravitational-wave experiments may constitute smoking gun evidence for strong-field modifications of General Relativity. "scalar wave", due to its makeup. This is the Bendini scalar wave detector, adapted from an original concept by Dea and Faretto. It even includes a page out of a PICO Electronics catalog on EMI mode suppression inductors. 03 Hz to 3 Hz Mid-band science • LIGO sources before they reach LIGO band • Optimal for sky localization: predict when and where inspiral events. The SMA (F) coaxial connector is equipped for input and standard waveguide for output interface. Our primary focus on continuous market tracking, rigorous fact-checking, data-triangulation, and multiple layers of quality control ensures high-quality data that can be leveraged for. Is it possible to get scalar sound frequency from this sensor ( like 200Hz, 240Hz). This is because in equations (32) of [5] three different freedom degrees are present, differently from the standard General Relativity case, where the. com Scalar Wave Generator software generates scalar waves in the audio range. Includes use guidelines. at the entrance of department stores, where the customer between scalar wave detectors must pass through. While general relativity allows for only two tensor gravitational-wave polarizations, general metric theories can additionally predict two vector and two. Scalar Wave Imprinting, Broadcasting, & Radionic Plates Quantum Imprinting Plates for Scalar Wave Energy Work, Silent Frequency Broadcasting, Radionics, and Imprinting Frequencies into Jewelry, Vitamins, Supplements and many other objects. hand scalar wave effects very close shown by me. the stress induced in the detector by the scalar wave is not anymore purely transverse, but has also a longitudinal component of relative amplitude m2/ω2, if mis the mass of the scalar and ωis the frequency of the GW. the wave we recall that it is possible to associate to a detector a 'response tensor' D ij such that the signal (the phase-shift, if the detector is an interferometer) induced in the detector by a gravitational wave of polarization e ij is proportional to TrfDeg=D ij e ji [13, 14]; for. My explanation is as follows: The charge carriers which oscil-late with high frequency in an antenna rod form longitudinal standing waves. the term Φ(t − z)eµν ). Such "extreme-mass-ratio inspiral" systems are likely to be important gravitational-wave sources for future space-based gravitational-wave detectors. Most scalar network analyzers are used to measure transmission gain, transmission loss, return loss, and standing wave ratio (SWR). This is the concept for a scalar EG detector for a scalar EG waves. Observation of scalar longitudinal electrodynamic waves C. But if you want to think about, what does the frequency approach as the velocity of the source approaches the velocity of the wave, if this thing is only a little bit less that thing, this is going to be a very, very, very small, very, very small positive number. The evolution of the f-mode instability and gravitational wave detection prospectives A. An Electromagnetic (EM) wave has both electric (E) fields and magnetic I;6) fields and power flow in EM waves is by means of the Poynting vector, as iFollows: watts w+~ The energy per second crossing a unit area whose normal is oriented in 'the direction of S is the energy flow in the EM wave. In Germany, Eng Konstantin Meyl remade the experience of Tesla and wrote the book Scalar Waves, which demonstrates that the electronics technology used is based on Maxwell's laws, which do not include the portion Scalar Energy. Leveraging these advances, atomic sensors are now poised to become a powerful tool for discovery in fundamental physics. Its also useful as a signal generator and the power detector can be used on its own for power measurements. and neutrino emission also occur; this offers the exciting possibility of coincident detection in gravitational waves, which could provide a tremendous wealth of information about the source. Very briefly we present a method of making a very sensitive scalar wave detector so that direct measurement and quantization can be established. The solution is technologically very simple, scalable in frequency, and provides customized coupling angle and intensity. Zhang Department of Physics, Alabama A & M University, Normal, Alabama 35762 E-mail: tianxi. the ECG peak detector, the ABP peak detector, etc). – The source ball antenna was placed a distance y above ground; and the detector ball antenna was placed a distance y′ above ground and at a distance x from the source, as shown in fig. Holding hope for instantaneous communication across space and other benefits, scalars are just begining to be understood. Published under licence by IOP Publishing Ltd Journal of Physics: Conference Series, Volume 1251, Number 1. magnitudes of incident and reflected microwave power. Our results show the matched filter algorithm provides improved detection capability when a. iAwake's biofield technology effectively cancels this detrimental wave and transmutes it into a beneficial wave. When the energy builds up in the piezoelectric rock structure, it will mechanically expand, slip and then create an earthquake. For the processing of GPR data, scalar migration algorithms developed for three-dimensional seismic data are commonly used.