Quantum Computing

Mind Control

Tracking and Sensing

Digital Money

Weather Manipulation

Building Distruction

Controlled Release Nanoparticle Pandemic

Controlled Ultrasound Nucleation Activation of Dorment Viruses and Vaccines causing Self Assembly Growth

Virus Crystals acting as Metalenses

A Star...

...Diseased.

Us?

Yes.

sed

noun
A. Middle English form of seed.

sed (third-person singular simple present seds, present participle sedding, simple past and past participle sedded)

(neologism, slang) To edit a file or stream of text using sed.

sed

Eye dialect spelling of said.

Alternative forms
set

set the tone

idiom

: to establish a quality, feeling, or attitude by a manner of speaking or writing

Her lighthearted question set the tone for the rest of the interview.

tone
tōn

noun
A sound of distinct pitch, quality, and duration; a note.

The interval of a major second in the diatonic scale; a whole step.

A recitational melody in a Gregorian chant.

The quality or character of sound.

The characteristic quality or timbre of a particular instrument or voice.

The pitch of a word used to determine its meaning or to distinguish differences in meaning

detonation
dĕt″n-ā′shən

noun

The act of exploding.

An explosion.

An explosion or sudden report made by heating or striking certain combustible bodies, as fulminating gold; explosion in mass.

An explosion or sudden report made by the instantaneous decomposition or combustion of unstable substances.

An explosion or sudden report made by the near-instantaneous decomposition or combustion of unstable substances as, the detonation of gun cotton. Specifically, combustion that spreads supersonically via shock compression.

Engine knocking, an improper combustion in internal combustion engines

the act of detonating an explosive

a violent release of energy caused by a chemical or nuclear reaction

"Specifically, combustion that spreads supersonically via shock compression."

Shock waves are the ubiquitous result of matter moving at velocities faster than the speed at which adjacent material can move out of the way. Examples range in scale from the shock waves generated by the collapse of microscopic cavitation bubbles to light-year scale “collisionless shocks” in the interstellar medium. The concept of a shock wave is well illustrated by the flow of snow in front of a moving snowplow (Fig. 2.1). When a plow begins moving into fresh, loose snow, a layer of packed snow builds up on the blade. The interface between the fresh snow and packed snow moves out ahead of the blade at a speed greater than that of the plow.

Sound Velocity
The sound velocity through a given material is the distance that sound energy will propagate in that material in a given time and is a function of material density, the material’s acoustic impedance, and the material’s temperature.
From: Applied Welding Engineering (Second Edition), 2016
Related terms:
UltrasonicsTransducersThermal ConductivityAmplitudesBulk ModulusCompressibilityWavelengthFlame Front

ultrasonics, vibrations of frequencies greater than the upper limit of the audible range for humans—that is, greater than about 20 kilohertz. The term sonic is applied to ultrasound waves of very high amplitudes. Hypersound, sometimes called praetersound or microsound, is sound waves of frequencies greater than 1013 hertz. At such high frequencies it is very difficult for a sound wave to propagate efficiently; indeed, above a frequency of about 1.25 × 1013 hertz it is impossible for longitudinal waves to propagate at all, even in a liquid or a solid, because the molecules of the material in which the waves are traveling cannot pass the vibration along rapidly enough.

Most people associate ultrasound scans with pregnancy. These scans can provide an expectant mother with the first view of her unborn child. However, the test has many other uses.

Your doctor may order an ultrasound if you’re having pain, swelling, or other symptoms that require an internal view of your organs. An ultrasound can provide a view of the:

bladder
brain (in infants)
eyes
gallbladder
kidneys
liver
ovaries
pancreas
spleen
thyroid
testicles
uterus
blood vessels
An ultrasound is also a helpful way to guide surgeons’ movements during certain medical procedures, such as biopsies.

Most ultrasound scans last between 15 and 45 minutes. They usually take place in a hospital radiology department and are performed either by a doctor, radiographer or a sonographer.

They can also be carried out in community locations such as GP practices, and may be performed by other healthcare professionals, such as midwives or physiotherapists who have been specially trained in ultrasound.

There are different kinds of ultrasound scans, depending on which part of the body is being scanned and why.

The 3 main types are:

external ultrasound scan – the probe is moved over the skin
internal ultrasound scan – the probe is inserted into the body
endoscopic ultrasound scan – the probe is attached to a long, thin, flexible tube (an endoscope) and passed further into the body

ultrasonography
ŭl″trə-sə-nŏg′rə-fē

noun
The use of high-frequency sound waves to image internal body structures, a developing fetus, or objects and currents that are underwater.

The use of ultrasound to produce diagnosticimages of the internal organs of the body, or of a foetus.

The use of ultrasound to form images of underwater structures.

using the reflections of high-frequency sound waves to construct an image of a body organ (a sonogram); commonly used to observe fetal growth or study bodily organs

Project MKUltra was the code name of an illegal human experimentation program designed and undertaken by the U.S. Central Intelligence Agency.

If you've ever experienced an ultrasound or studied the fetal images the technique can produce, then you may have witnessed the future of neurostimulation.

Ultrasound operates like submarine sonar systems or bats, both of which emit sound waves to sense their surroundings. The waves travel until they make contact with an object, then bounce back to the source. A bat or a computer can then determine the shape and distance of the object based on this returning sound wave.

Ultrasonic neuromodulation is a rapidly growing field, in which low-intensity ultrasound (US) is delivered to nervous system tissue, resulting in transient modulation of neural activity. This review summarizes the findings in the central and peripheral nervous systems from mechanistic studies in cell culture to cognitive behavioral studies in humans. The mechanisms by which US mechanically interacts with neurons and could affect firing are presented.

An in-depth safety assessment of current studies shows that parameters for the human studies fall within the safety envelope for US imaging. Challenges associated with accurately targeting US and monitoring the response are described. In conclusion, the literature supports the use of US as a safe, non-invasive brain stimulation modality with improved spatial localization and depth targeting compared with alternative methods. US neurostimulation has the potential to be used both as a scientific instrument to investigate brain function and as a therapeutic modality to modulate brain activity.

Key Words: Ultrasound, Neuromodulation, Brain stimulation, Non-invasive, Mechanisms, Safety

However, following prolonged US exposure, nerve damage has been detected and is linked with irreversible activity suppression (Colucci et al., 2009, Foley et al., 2008, Lele, 1963). In ex vivo crab nerve preparations, afterdischarge was observed at high intensities, 230 W/cm2 at 0.67 MHz that resulted in reduced CAPs (Wright et al. 2017). This was associated with significant cavitational activity and therefore probably arose as a result of membrane rupture.