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...nt waves can occur in the [[contexts]] of: [[optics]] and other forms of [[electromagnetic]] [[radiation]], [[acoustics]], [[quantum mechanics]], and "waves on string

'''Penetration Depth''' is a [[measure]] of how deep [[light]] or any [[electromagnetic]] [[radiation]] can penetrate into a [[material]]. It is defined as the dep ...ide the [[material]]. Depending on the [[nature]] of the [[material]], the electromagnetic field might [[travel]] very far into the material, or may die out very quic

...[[Space|place]] to another; the current or wave itself; also, a current or wave whose [[presence]] is regarded as conveying information about the source fr

...ception, an antenna intercepts some of the [[power]] of an electromagnetic wave in order to produce a tiny voltage at its terminals, that is applied to a r ...ception, the oscillating electric and magnetic fields of an incoming radio wave exert force on the electrons in the antenna elements, causing them to move

# The [[material]] or empty [[space]] through which [[signal]]s, [[wave]]s or [[force]]s pass. **Optical '''medium''', material through which [[Electromagnetic radiation|electromagnetic waves]] propagate

...here also exist waves capable of traveling through a [[vacuum]], including electromagnetic radiation and probably[1] gravitational radiation. Waves travel and transfe ...nd sufficient characteristics that qualify a [[phenomenon]] to be called a wave is, at least, flexible.

...(NMR), Electron paramagnetic resonance (ESR) and resonance of [[quantum]] wave functions. Resonant systems can be used to generate vibrations of a specifi ...brief resonant vibrations in the object. Light and other short wavelength electromagnetic radiation is produced by resonance on an atomic scale, such as electrons in

...off any object in their [[path]]. The object returns a tiny part of the [[wave]]'s [[energy]] to a dish or antenna which is usually located at the same si Other systems similar to radar have been used in other parts of the [[electromagnetic]] [[spectrum]]. One example is "lidar", which uses visible [[light]] from [

...context]], the [[word]] ''light'' is sometimes used to refer to the entire electromagnetic [[spectrum]].[https://www.lightsources.org/cms/?pid=1000166] (What Is a Lig ...en.wikipedia.org/wiki/Polarization_(waves) Polarization] or direction of [[wave]] oscillation.

::b. To send out electric signals or electromagnetic [[wave]]s corresponding to (an image, a programme, etc.).

...n order to impress a signal on it; the extent to which a modulated carrier wave is varied; the modulated waveform or signal itself. ...[https://en.wikipedia.org/wiki/Carrier_wave carrier signal], but a square wave pulse train may also occur.

...ice, the vast majority of optical phenomena can be accounted for using the electromagnetic description of light, as described by [[Maxwell's equations]]. ...s are still generally used, however, so this is not a full electromagnetic wave theory model of the propagation of light. Such a full model is much more co

...a brief disturbance of [[pressure]] in a [[medium]]; especially : a sound wave or short train of sound waves

...e [[frequency]] of the [https://en.wikipedia.org/wiki/Carrier_wave carrier wave], as in the familiar frequencies of radio broadcasting, but it may also inv

...ate and have an associated zero-point energy, a [[consequence]] of their [[wave]]-like nature. The [[uncertainty]] principle requires every physical system ...ttps://en.wikipedia.org/wiki/Standard_Model Standard Model] includes the [[electromagnetic]] field, other gauge fields, fermionic fields, and the Higgs field. It is t

2. an electronic device that generates and amplifies a carrier [[wave]], modulates it with a [[meaningful]] signal derived from [[speech]], [[mus ...TR) is an electronic device which with the aid of an antenna propagates an electromagnetic signal such as radio, television, or other telecommunications.

...1] and radiation[2] ("[https://en.wikipedia.org/wiki/Wave–particle_duality wave–particle duality]"). Quantum Mechanics is a [[mathematical]] description ...of an [[atom]] at rest (see Figure 1, at right). The [[discovery]] that [[wave]]s have discrete energy packets (called '''''quanta''''') that behave in a

...[[point particle]]. Electrons participate in [[gravity|gravitational]], [[electromagnetic]] and weak interactions. Like its rest [[mass]] and elementary charge, the ...rons have [[quantum mechanic]]al properties of both a [[particle]] and a [[wave]], so they can collide with other particles and be [[diffracted]] like [[li

...e [[superuniverse]] of [[Orvonton]] there are one hundred [[octaves]] of [[wave]] [[energy]]. Of these one hundred [[groups]] of [[energy]] [[manifestation 42:5.2 [[Wave|Wavelike]] [[energy]] [[manifestations]]—from the standpoint of [https://

They cast an electromagnetic resonating net to capture the Blue human planet that was passing through on ...y destroying your genetic structure through their many toxins, poisons and electromagnetic spectrum of frequencies that have cast a net across your Earth.

...r, mirrors designed for other types of [[wave]]s or other wavelengths of [[electromagnetic]] radiation are also used, especially in optical instruments. ...N. Uehara (1993). "Laser-diode-pumped solid state lasers for gravitational wave antenna". Proceedings of SPIE 1837: 336–345. doi:10.1117/12.143686.

...aves in geologic structures, surface waves in bodies of water, and various electromagnetic waves, most usefully from [[Very high frequency|VHF]] and higher radar freq ...ctric-conductor or dielectric-dielectric media, the phase of the reflected wave may or may not be inverted, respectively.

:Undulating and contracting wave like embracing all of existence :The electromagnetic spectrum in large part through sound/light of video/music

...rvational astronomy may be divided according to the observed region of the electromagnetic [[spectrum]]. Some parts of the spectrum can be observed from the [[Earth]] ...ational astronomy in that the observed [[radio wave]]s can be treated as [[wave]]s rather than as discrete [[photon]]s. Hence, it is relatively easier to m

...the different celestial beings to transmit to you, very much like a radio wave that extends out through space. ...requency. Being spiritual we are not bound as much by time and space as an electromagnetic pulse. As you said in your introduction, it is who we are--not only what

The probing signal used in spectroscopy can be an [[electromagnetic wave]] or a beam of [[Elementary particle|particle]]s ([[electron]]s, [[positron

:<aura> the aura is not really a body of influence but a electromagnetic representation of the physical, etheric and emotional combined .... the hea ...ratchets ... in fact the way i see it in my inner mind ... like a torsion wave/chamber ...

...similar light generated by [https://en.wikipedia.org/wiki/Electromagnetism electromagnetic] pulses and energies. Light is also carried by [[universal]] [[energy]] whi Question #8: Can spiritual light be catalogued in any of the 100 octaves of [[wave]] [[manifestation]] spoken to in the [[Urantia Book]]?

ancillary discussions around the electromagnetic force. Our reasons are prejudicial in the fact that antimatter is directly related to the electromagnetic force. This is so, and as such, science has better things to do then to sea

...lose encounter" or Vallee's "Type-I" cases—which include "landing traces," electromagnetic interference, and physiological/biological effects. * Electromagnetic interference (EM) effects, including stalled cars, power black-outs, radio/

...g]]. The never-ending [[confusion]] attending the [[observation]] of the [[wave]] [[mechanics]] of [[quantum]] [[behavior]] is due to the [[superimposition ==42:5. WAVE-ENERGY MANIFESTATIONS==

...ormed through the thought, and the form of the energy is much like a sound wave that can be projected forward. It is much as wolves or coyotes or dogs hea ...you would explain to we humans the difficulty inherent in dealing with the electromagnetic energy of the egoistic thought forms?”

...e around it to “jiggle” or cause it (in more refined terms) to “expand” in wave-like motions, not unlike what a mortal sees when tossing a pebble into a st We therefore must come to the point that some description of wave motion of space is necessary to understand how absolute zero is impossible

...forces at play in the universe: strong nuclear, weak nuclear, gravity, and electromagnetic. These forces are actually facets of a singular force, more primal and abso ...t is both, and flows between the two worlds of chaos and order like a sine wave flows between positive and negative amplitude."

...since the planet cannot sustain accidents of a mechanical nature where the electromagnetic fields could become disrupted for any reason. ...res and atmospheric hot spots develop when the sea cannot retain the short wave radiation of the primary sun.

...other things. China will likely be the last island of opposition that the wave of democracy will land upon, but when it does, the Military Force desires t Dr. Neruda: “Only partially. The electromagnetic fields were not fully replicated in terms of their sustained intensity leve