Sound waves are vibrational disturbances that transmit energy through a medium by compressing and rarifying the molecules of that medium. The frequency of a sound wave is measured in Hertz (Hz) and determines its pitch, with human hearing ranging from 20-20,000 Hz. Below 20 Hz are infrasonic sounds like some animal calls, and above 20,000 Hz are ultrasonic sounds like dog whistles. The fundamental frequency is the lowest (or basic) frequency that a sound source can produce.
Frequency is measured in Hertz and determines pitch, with higher frequencies corresponding to higher pitches. Amplitude refers to the size of vibrations making up a sound wave, with larger amplitudes producing louder sounds that carry more energy. Musical instruments are categorized based on whether they are hit, plucked, or blown to produce sound.
Waves transfer energy without transferring matter. Frequency is defined as the number of waves produced in a given time. The Doppler effect is the apparent change in frequency of a sound caused by the motion of either the listener or the source of the sound.
Sound waves are mechanical compression waves that cause alternating high and low pressure regions in air or other materials. The speed of sound depends on the density and compressibility of the medium and follows the formula velocity=sqrt(elasticity/inertia). Humans can hear sounds between 20-20,000 Hz but some animals can hear infra or ultrasound beyond this range. Sound is measured on the decibel scale which is logarithmic to account for the wide range of sound amplitudes.
This document discusses the key characteristics of sound and how it is measured. It defines frequency, time period, intensity, wavelength, sound power, sound pressure, sound pressure level, amplitude, and decibel. Frequency is the number of vibrations per second, measured in Hertz. Intensity is the amount of sound energy received per unit area and time, measured in watts per square meter. Sound pressure level converts sound pressure to the decibel scale. Common tools for measuring sound include measuring intensity in decibels using a reference intensity of 10^-12 watts per square meter. The document also briefly discusses the permissible ambient noise levels defined for different zones in India.
Business Energy Magazine 206-06 Edition - MIRATECH ArticleMehmood Ahmed
This document discusses solutions for sound attenuation and emission concerns from distributed power generation sources like generators, turbines, and engines. It describes how noise is created by these sources and discusses standards and regulations around noise pollution. It then outlines various mechanical methods that manufacturers use to provide sound attenuation, including enclosures, silencers, and spark arrestors from companies like Girtz Industries, Harco Manufacturing, and Miratech. These solutions help distributed power sources meet noise limits set by local codes and ordinances.
1. A radio communication system consists of a microphone that converts sound waves to electrical signals, a modulator that modulates a carrier wave generated by an oscillator with the electrical signals, and an amplifier and broadcast antenna that transmit the modulated carrier wave as radio waves.
2. Modulation is necessary to transmit the electrical signals representing sound. It involves changing properties of the carrier wave, such as amplitude or frequency, in relation to the loudness, pitch, and other properties of the original sound.
3. At the receiver, an antenna intercepts radio waves from multiple stations and a tuner circuit uses a variable capacitor and inductor to selectively resonate with and receive signals from the desired station by matching its frequency.
The document provides instructions for navigating a presentation on sound waves. It outlines how to view the presentation as a slideshow and advance through it. It also lists the chapter topics covered in the presentation, including sound waves, sound intensity and resonance, and harmonics. The presentation contains objectives, content, and examples for each chapter section.
Sound waves are vibrational disturbances that transmit energy through a medium by compressing and rarifying the molecules of that medium. The frequency of a sound wave is measured in Hertz (Hz) and determines its pitch, with human hearing ranging from 20-20,000 Hz. Below 20 Hz are infrasonic sounds like some animal calls, and above 20,000 Hz are ultrasonic sounds like dog whistles. The fundamental frequency is the lowest (or basic) frequency that a sound source can produce.
Frequency is measured in Hertz and determines pitch, with higher frequencies corresponding to higher pitches. Amplitude refers to the size of vibrations making up a sound wave, with larger amplitudes producing louder sounds that carry more energy. Musical instruments are categorized based on whether they are hit, plucked, or blown to produce sound.
Waves transfer energy without transferring matter. Frequency is defined as the number of waves produced in a given time. The Doppler effect is the apparent change in frequency of a sound caused by the motion of either the listener or the source of the sound.
Sound waves are mechanical compression waves that cause alternating high and low pressure regions in air or other materials. The speed of sound depends on the density and compressibility of the medium and follows the formula velocity=sqrt(elasticity/inertia). Humans can hear sounds between 20-20,000 Hz but some animals can hear infra or ultrasound beyond this range. Sound is measured on the decibel scale which is logarithmic to account for the wide range of sound amplitudes.
This document discusses the key characteristics of sound and how it is measured. It defines frequency, time period, intensity, wavelength, sound power, sound pressure, sound pressure level, amplitude, and decibel. Frequency is the number of vibrations per second, measured in Hertz. Intensity is the amount of sound energy received per unit area and time, measured in watts per square meter. Sound pressure level converts sound pressure to the decibel scale. Common tools for measuring sound include measuring intensity in decibels using a reference intensity of 10^-12 watts per square meter. The document also briefly discusses the permissible ambient noise levels defined for different zones in India.
Business Energy Magazine 206-06 Edition - MIRATECH ArticleMehmood Ahmed
This document discusses solutions for sound attenuation and emission concerns from distributed power generation sources like generators, turbines, and engines. It describes how noise is created by these sources and discusses standards and regulations around noise pollution. It then outlines various mechanical methods that manufacturers use to provide sound attenuation, including enclosures, silencers, and spark arrestors from companies like Girtz Industries, Harco Manufacturing, and Miratech. These solutions help distributed power sources meet noise limits set by local codes and ordinances.
1. A radio communication system consists of a microphone that converts sound waves to electrical signals, a modulator that modulates a carrier wave generated by an oscillator with the electrical signals, and an amplifier and broadcast antenna that transmit the modulated carrier wave as radio waves.
2. Modulation is necessary to transmit the electrical signals representing sound. It involves changing properties of the carrier wave, such as amplitude or frequency, in relation to the loudness, pitch, and other properties of the original sound.
3. At the receiver, an antenna intercepts radio waves from multiple stations and a tuner circuit uses a variable capacitor and inductor to selectively resonate with and receive signals from the desired station by matching its frequency.
The document provides instructions for navigating a presentation on sound waves. It outlines how to view the presentation as a slideshow and advance through it. It also lists the chapter topics covered in the presentation, including sound waves, sound intensity and resonance, and harmonics. The presentation contains objectives, content, and examples for each chapter section.
This document provides instructions for using the Spooky Ultrasonic device. It begins by defining ultrasounds as sound waves above the human hearing range. It then discusses some common uses of ultrasound like medical imaging and flaw detection. The document goes on to describe the Spooky Ultrasonic device and how its ultrasonic waves can be transmitted through the body since it is mostly water. It provides directions for using the device by placing it against bare skin and describes how to connect it. Specifications for the device like its frequency range and power output are also listed. Settings for slow and fast speeds are detailed before concluding with contact information.
www.spooky2-mall.com-Do you have a good command of Morgellons protocol? In this document, you will have a better understanding of Morgellons protocol and how it works. More information can be found in our website www.spooky2.com
www.spooky2-mall.com-Do you have a clear understanding of rife machine for cancers? In this document, you will learn more: remote vs contact and their settings.
The document discusses using 4 generators with a Rife machine to treat cancer by performing 4 tasks simultaneously: killing cancer cells, detoxification, organ support, and pain control. It recommends short contact mode sessions daily for each task, followed by remote mode overnight. This allows all aspects of treatment to proceed in parallel rather than sequentially, potentially shortening treatment time. Settings for contact vs. remote mode and sample 4-day treatment schedules using 4 generators are provided.
The document contains questions and answers about operating and using the Spooky2 plasma device. Some key points addressed include: the electrical pulse from Spooky Central is very brief but high voltage; the plasma tube can effectively treat the whole body but focusing on parts at a time is suggested; and presets like "JW - Spooky Central Cancer" should be used to apply frequencies rather than custom settings, to ensure proper operation.
This document discusses various issues that may arise with cochlear implants and potential ways to address patient complaints through programming adjustments. It outlines common complaints such as sound quality issues, discomfort, loudness problems, and facial nerve stimulation. For each complaint, it lists potential programming parameters that could be modified, such as stimulus levels, filter settings, electrode configurations, and coding strategies. It emphasizes considering an acclimatization period and reassessing programming over time before making changes. It also discusses soft failures where performance declines despite normal integrity testing.
http://www.spooky2-mall.com -There now exists a way to find the right frequencies for every subject, every time, in every situation. It's called biofeedback, which has been built into a handful of frequency machines.
How Long and How Often to Use Contact, Remote and PlasmaSpooky2 Rife
The document provides usage guidelines for different modes of a Spooky2 device. It recommends taking things slowly and listening to your body. For contact mode, it suggests a maximum of two sessions per day while awake and not running overnight sessions. Remote mode allows continuous use of white remotes but not prolonged use of black remotes. Plasma mode is best for short treatments with adequate ventilation around the tube.
Theory on Frequency Fatigue/Poisoning and Spooky RemotesSpooky2 Rife
The document discusses frequency fatigue and poisoning that can result from long term exposure to fixed frequencies or positively biased frequencies. It describes different versions of Spooky remotes that produce scalar waves and notes that the black remote (MN) with positive field bias should not be used for more than 3 days to avoid frequency fatigue, while the white remote (BN) with negative field bias has not been known to cause frequency fatigue and can be used 24/7 without an offset.
Fundamental Physics and Safety Implications.pptxLoisHernan
Ultrasound imaging works by sending sound waves into the body which bounce off structures and return echoes. A transducer converts the echoes into electrical signals which are used to produce an image. The transducer contains piezoelectric crystals which vibrate when electrical current is applied, producing sound waves. Returning echoes are captured by the transducer and converted back into electrical signals. Factors such as tissue impedance and surface properties determine how much sound is reflected or transmitted at tissue borders. Proper control of machine settings such as frequency and depth allow clinicians to obtain diagnostic images with sufficient resolution and detail.
Emergency us physics and instrumentationdrnikahmad
This document provides an introduction to ultrasound physics and instrumentation for beginners. It discusses how ultrasound works, including how sound waves are produced and reflected, ultrasound modes like B-mode and Doppler, common artifacts, probe types, and basic terminology. The key points are that ultrasound uses piezoelectric crystals to produce high-frequency sound pulses that penetrate the body and reflect off boundaries between tissues, and the reflected echoes are used to form images on the screen based on pulse-echo timing and intensities.
The Pure Tone Audiometry (PTA) test is used to determine a person's hearing threshold levels using pure tone pulses presented at standardized frequencies from 125-8000Hz. The threshold is the lowest sound level at which a person responds correctly to 50% of tones. Tones are presented one ear at a time through earphones to obtain the threshold for each ear separately. Special equipment including an oscillator, attenuator and earphones are used to generate and present the tones while masking noise may be used in the non-testing ear to prevent crossover. Multiple factors can influence PTA results including the testing environment, equipment calibration and placement, and the test method used.
The Pure Tone Audiometry (PTA) test is used to determine a person's hearing threshold levels using pure tone pulses presented at standardized frequencies from 125-8000Hz. The threshold is the lowest sound level at which a person detects 50% of tones. Specific test conditions include the type and presentation of tones. Tones are presented one ear at a time through earphones to determine if hearing loss is present and what type based on the audiogram configuration. Sources of error in PTA tests include physiological, psychological, methodological, physical/acoustic factors, and ambient noise levels.
Ultrasound uses high frequency sound waves to produce images of structures inside the body. It has several advantages over other imaging modalities like having no known long term side effects, being widely available, and being relatively inexpensive. Ultrasound works by using a transducer to send sound waves into the body which bounce off tissues and organs and are received by the transducer. The echoes are used to form images on screen in real time. While it is good for imaging soft tissues, ultrasound has limitations penetrating bone and imaging deep structures or when gas is present between the transducer and area of interest. It also requires an experienced operator to get high quality images.
Ultrasound imaging uses high frequency sound waves to create images of internal organs and structures. It provides a non-invasive way to visualize anatomy and diagnose conditions. The document discusses how ultrasound works, including how transducers convert electrical signals to sound waves and receive echo signals. It also covers the factors that affect image quality and resolution. Overall, ultrasound is a valuable medical imaging tool when properly operated by a skilled clinician.
Audiometry class by Dr. Kavitha Ashok Kumar MSU MalaysiaKavitha Ashokb
1. Pure tone audiometry is an objective test that measures air and bone conduction thresholds to evaluate the type and severity of hearing loss. It is helpful for documentation and diagnosis.
2. Impedance audiometry objectively measures middle ear function through tympanometry and acoustic reflex testing. It can detect middle ear pathologies and is a fast screening test.
3. Otoacoustic emissions are sounds originating from the cochlea that can help diagnose cochlear hearing loss through an objective, noninvasive test done in both children and adults.
1. Ultrasound uses high frequency sound waves and their echoes to produce medical images of the inside of the body. 2. The ultrasound machine transmits sound pulses into the body using a probe, which detects the echoes reflected back from tissues and organs. 3. By measuring the time it takes for the echoes to return, the machine can calculate distances to internal structures and display a 2D image on the screen based on the intensities of the echoes.
Ultrasound uses high-frequency sound waves to produce images of structures inside the body. It has several advantages over other imaging techniques as it is noninvasive, painless, and does not use radiation. The document discusses key ultrasound concepts like frequency, wavelength, speed of sound and how ultrasound images are formed using the pulse-echo principle. It also describes various ultrasound imaging modes like B-mode, M-mode, Doppler and 3D/4D imaging. Factors affecting image quality and different ultrasound transducer types are explained.
The document discusses how to filter results from scans using a Spooky2 device. It explains that scan results will be ranked based on measures like maximum and minimum beats per minute and heart rate variance. It provides examples of how to trim down large result sets, such as only keeping the top 20 frequencies out of 3,800 from a full octave scan. The document also distinguishes between a biofeedback scan and grading a frequency program, noting statistical methods can help determine which frequencies from a pre-set program most resonated with the user's body.
What are the Advantages of Spooky Central Spooky2 Rife
Spooky Central is a machine that can apply Royal Rife's original frequencies without a carrier using plasma, Pulsed ElectroMagnetic Fields (PEMF), ultrasonics, and augmented Contact Mode. PEMF provides powerful magnetic fields that pulse 100 times per second, delivering energy spikes. Ultrasonic offers two speeds that divide frequencies using octal and Fibonacci harmonics. Contact Mode uses 320-volt spikes to reversibly electroporate pathogen and cancer cell walls. Spooky Central can transmit frequencies up to 3.5MHz without a fixed carrier frequency and all capabilities can be used together or independently.
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This document provides instructions for using the Spooky Ultrasonic device. It begins by defining ultrasounds as sound waves above the human hearing range. It then discusses some common uses of ultrasound like medical imaging and flaw detection. The document goes on to describe the Spooky Ultrasonic device and how its ultrasonic waves can be transmitted through the body since it is mostly water. It provides directions for using the device by placing it against bare skin and describes how to connect it. Specifications for the device like its frequency range and power output are also listed. Settings for slow and fast speeds are detailed before concluding with contact information.
www.spooky2-mall.com-Do you have a good command of Morgellons protocol? In this document, you will have a better understanding of Morgellons protocol and how it works. More information can be found in our website www.spooky2.com
www.spooky2-mall.com-Do you have a clear understanding of rife machine for cancers? In this document, you will learn more: remote vs contact and their settings.
The document discusses using 4 generators with a Rife machine to treat cancer by performing 4 tasks simultaneously: killing cancer cells, detoxification, organ support, and pain control. It recommends short contact mode sessions daily for each task, followed by remote mode overnight. This allows all aspects of treatment to proceed in parallel rather than sequentially, potentially shortening treatment time. Settings for contact vs. remote mode and sample 4-day treatment schedules using 4 generators are provided.
The document contains questions and answers about operating and using the Spooky2 plasma device. Some key points addressed include: the electrical pulse from Spooky Central is very brief but high voltage; the plasma tube can effectively treat the whole body but focusing on parts at a time is suggested; and presets like "JW - Spooky Central Cancer" should be used to apply frequencies rather than custom settings, to ensure proper operation.
This document discusses various issues that may arise with cochlear implants and potential ways to address patient complaints through programming adjustments. It outlines common complaints such as sound quality issues, discomfort, loudness problems, and facial nerve stimulation. For each complaint, it lists potential programming parameters that could be modified, such as stimulus levels, filter settings, electrode configurations, and coding strategies. It emphasizes considering an acclimatization period and reassessing programming over time before making changes. It also discusses soft failures where performance declines despite normal integrity testing.
http://www.spooky2-mall.com -There now exists a way to find the right frequencies for every subject, every time, in every situation. It's called biofeedback, which has been built into a handful of frequency machines.
How Long and How Often to Use Contact, Remote and PlasmaSpooky2 Rife
The document provides usage guidelines for different modes of a Spooky2 device. It recommends taking things slowly and listening to your body. For contact mode, it suggests a maximum of two sessions per day while awake and not running overnight sessions. Remote mode allows continuous use of white remotes but not prolonged use of black remotes. Plasma mode is best for short treatments with adequate ventilation around the tube.
Theory on Frequency Fatigue/Poisoning and Spooky RemotesSpooky2 Rife
The document discusses frequency fatigue and poisoning that can result from long term exposure to fixed frequencies or positively biased frequencies. It describes different versions of Spooky remotes that produce scalar waves and notes that the black remote (MN) with positive field bias should not be used for more than 3 days to avoid frequency fatigue, while the white remote (BN) with negative field bias has not been known to cause frequency fatigue and can be used 24/7 without an offset.
Fundamental Physics and Safety Implications.pptxLoisHernan
Ultrasound imaging works by sending sound waves into the body which bounce off structures and return echoes. A transducer converts the echoes into electrical signals which are used to produce an image. The transducer contains piezoelectric crystals which vibrate when electrical current is applied, producing sound waves. Returning echoes are captured by the transducer and converted back into electrical signals. Factors such as tissue impedance and surface properties determine how much sound is reflected or transmitted at tissue borders. Proper control of machine settings such as frequency and depth allow clinicians to obtain diagnostic images with sufficient resolution and detail.
Emergency us physics and instrumentationdrnikahmad
This document provides an introduction to ultrasound physics and instrumentation for beginners. It discusses how ultrasound works, including how sound waves are produced and reflected, ultrasound modes like B-mode and Doppler, common artifacts, probe types, and basic terminology. The key points are that ultrasound uses piezoelectric crystals to produce high-frequency sound pulses that penetrate the body and reflect off boundaries between tissues, and the reflected echoes are used to form images on the screen based on pulse-echo timing and intensities.
The Pure Tone Audiometry (PTA) test is used to determine a person's hearing threshold levels using pure tone pulses presented at standardized frequencies from 125-8000Hz. The threshold is the lowest sound level at which a person responds correctly to 50% of tones. Tones are presented one ear at a time through earphones to obtain the threshold for each ear separately. Special equipment including an oscillator, attenuator and earphones are used to generate and present the tones while masking noise may be used in the non-testing ear to prevent crossover. Multiple factors can influence PTA results including the testing environment, equipment calibration and placement, and the test method used.
The Pure Tone Audiometry (PTA) test is used to determine a person's hearing threshold levels using pure tone pulses presented at standardized frequencies from 125-8000Hz. The threshold is the lowest sound level at which a person detects 50% of tones. Specific test conditions include the type and presentation of tones. Tones are presented one ear at a time through earphones to determine if hearing loss is present and what type based on the audiogram configuration. Sources of error in PTA tests include physiological, psychological, methodological, physical/acoustic factors, and ambient noise levels.
Ultrasound uses high frequency sound waves to produce images of structures inside the body. It has several advantages over other imaging modalities like having no known long term side effects, being widely available, and being relatively inexpensive. Ultrasound works by using a transducer to send sound waves into the body which bounce off tissues and organs and are received by the transducer. The echoes are used to form images on screen in real time. While it is good for imaging soft tissues, ultrasound has limitations penetrating bone and imaging deep structures or when gas is present between the transducer and area of interest. It also requires an experienced operator to get high quality images.
Ultrasound imaging uses high frequency sound waves to create images of internal organs and structures. It provides a non-invasive way to visualize anatomy and diagnose conditions. The document discusses how ultrasound works, including how transducers convert electrical signals to sound waves and receive echo signals. It also covers the factors that affect image quality and resolution. Overall, ultrasound is a valuable medical imaging tool when properly operated by a skilled clinician.
Audiometry class by Dr. Kavitha Ashok Kumar MSU MalaysiaKavitha Ashokb
1. Pure tone audiometry is an objective test that measures air and bone conduction thresholds to evaluate the type and severity of hearing loss. It is helpful for documentation and diagnosis.
2. Impedance audiometry objectively measures middle ear function through tympanometry and acoustic reflex testing. It can detect middle ear pathologies and is a fast screening test.
3. Otoacoustic emissions are sounds originating from the cochlea that can help diagnose cochlear hearing loss through an objective, noninvasive test done in both children and adults.
1. Ultrasound uses high frequency sound waves and their echoes to produce medical images of the inside of the body. 2. The ultrasound machine transmits sound pulses into the body using a probe, which detects the echoes reflected back from tissues and organs. 3. By measuring the time it takes for the echoes to return, the machine can calculate distances to internal structures and display a 2D image on the screen based on the intensities of the echoes.
Ultrasound uses high-frequency sound waves to produce images of structures inside the body. It has several advantages over other imaging techniques as it is noninvasive, painless, and does not use radiation. The document discusses key ultrasound concepts like frequency, wavelength, speed of sound and how ultrasound images are formed using the pulse-echo principle. It also describes various ultrasound imaging modes like B-mode, M-mode, Doppler and 3D/4D imaging. Factors affecting image quality and different ultrasound transducer types are explained.
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The document discusses how to filter results from scans using a Spooky2 device. It explains that scan results will be ranked based on measures like maximum and minimum beats per minute and heart rate variance. It provides examples of how to trim down large result sets, such as only keeping the top 20 frequencies out of 3,800 from a full octave scan. The document also distinguishes between a biofeedback scan and grading a frequency program, noting statistical methods can help determine which frequencies from a pre-set program most resonated with the user's body.
What are the Advantages of Spooky Central Spooky2 Rife
Spooky Central is a machine that can apply Royal Rife's original frequencies without a carrier using plasma, Pulsed ElectroMagnetic Fields (PEMF), ultrasonics, and augmented Contact Mode. PEMF provides powerful magnetic fields that pulse 100 times per second, delivering energy spikes. Ultrasonic offers two speeds that divide frequencies using octal and Fibonacci harmonics. Contact Mode uses 320-volt spikes to reversibly electroporate pathogen and cancer cell walls. Spooky Central can transmit frequencies up to 3.5MHz without a fixed carrier frequency and all capabilities can be used together or independently.
The document provides biofeedback scan tips for users of the Spooky2 device. It recommends being properly hydrated and relaxed before scanning, and suggests meditation or music to relax. It details optimal sensor placement for finger, earlobe, or other areas and notes scans cannot be paused once started. The tips are aimed at getting reliable scans without movement or sensor dislodgement that would require restarting the scan.
Vinegar is made through a long fermentation process and contains compounds that give it antioxidant and antimicrobial properties. It is used widely in food for flavoring and preservation. Vinegar offers several health benefits such as preserving foods, reducing blood sugar levels, improving skin and hair health, and promoting heart health. It may also help reduce hypertension, control oral bacteria, decrease food allergies, and improve acid-reflux. Regular consumption of vinegar can balance acid-alkaline levels and aid nutrient absorption.
9 Brain Damaging Habits You Must AvoidSpooky2 Rife
The document outlines 9 habits that can damage the brain if done regularly: smoking, covering the head while sleeping, talking rarely, consuming lots of sugar, consuming too much alcohol, undergoing stress, skipping breakfast, working during illness, and overeating. It explains how each habit can negatively impact brain functions, development, and health over time if not avoided. The human brain is delicate but important, so it is crucial to avoid these habits to keep the brain healthy and functioning properly.
What would Happen to Your Generators When Encountering Power OutageSpooky2 Rife
http://www.spooky2-mall.com/ - If you are driving the generators during a power outage from a desktop PC without backup power, then the PC will also shut down.
Why i don't feel anything during the contact sessionSpooky2 Rife
The document discusses reasons why a person may not feel anything during a contact session with a Spooky2 device. It lists seven factors that determine whether a frequency can be felt: 1) frequencies over 10kHz cannot be felt, 2) a minimum amplitude of 14V is needed, 3) the CS port reduces tingling, 4) reducing amplitude for frequencies under 10kHz decreases sensitivity, 5) individual sensitivity varies, 6) hydration affects current flow, and 7) the Spooky Central contact mode uses ultra-short high voltage pulses that cannot be felt. The document provides guidance on understanding why a user may not sense contact frequencies during a session.
General Rules on Frequency Wobbles and Feathering Spooky2 Rife
The document discusses rules for frequency wobbles and feathering when using a Spooky2 device. For non-living things like metals and toxins, the harmonic wobble setting should be set to None, as non-living things cannot mutate. For living things that naturally belong in the body like organs, the setting should also be None to provide precise frequencies. However, for living things that do not belong in the body, like bacteria or viruses, the wobble setting should be other than None to account for their ability to mutate over time. The document also discusses wobbling individual frequencies versus all frequencies in a sequence and recommends a feathering of +-0.02% for remote use.
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http://www.spooky2-mall.com/ - Spooky2 has new full presets for the Terrain protocol, “Terrain (R) - BY” for remote, “Terrain (P) - BY” for plasma and “Terrain (C) - BY” for contact. “Terrain (R) - BY” can be run by itself, and it takes 11 days. With 2 generators, “Terrain (R) - BY” can be run with either “Terrain (P) - BY” OR “Terrain (C) - BY”.
The document provides information about updated presets for the Plasma Plus, Contact Plus 2, and Contact Plus 4 methods of the Cancer Protocol. It summarizes the changes made to the presets, including reassigning some sets from Generator 1 to Generator 2. Instructions are given for using the presets for each method and phase of treatment.
http://www.spooky2-mall.com/ - The basic idea behind the Spooky Remote is that there are situations where two particles act as though they were connected to each other even though they are at different locations, sometimes miles apart.
To learn how to put DNA samples in the Spooky remote:
http://www.spooky2-mall.com/blog/how-to-put-dna-samples-in-the-spooky-remote/
And also here is the blog with the collection of scientific proof of remote healing:
http://www.spooky2-mall.com/blog/scientific-proof-of-remote-healing/
This is the testimonial of Spooky2 remote healing:
http://www.spooky2-mall.com/blog/testimonials-of-spooky2-remote-healing/
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http://www.spooky2-mall.com/ - Spooky2 users will use Remote and Contact Modes and Plasma Mode. There are some differences among them from Transmission to Inverse+Sync. Check the article and find more.
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2. Official Support Website: www.spooky2.com
Official Purchasing Website: www.spooky2-mall.com
Email:echolee@cleanenergy-npt.com
or service@spooky2.com
Plasma: Delivers frequencies via multiple mediums. Radio Frequencies,
Electromagentic Frequencies, etc.
Contact: Delivers frequencies via electrical current.
Remote: Delivers information of frequencies via quantum entanglement.
3. Official Support Website: www.spooky2.com
Official Purchasing Website: www.spooky2-mall.com
Email:echolee@cleanenergy-npt.com
or service@spooky2.com
PEFM Coil: Delivers frequencies via Pulsed Electromagnetic Fields
Ultrasonic: Delivers frequencies via sound waves direct to the body. Not all
frequencies delivered can be heard by the human ear.
4. Official Support Website: www.spooky2.com
Official Purchasing Website: www.spooky2-mall.com
Email:echolee@cleanenergy-npt.com
or service@spooky2.com
Frequency Range
Plasma: 0 Hz - 3.5 MHz
Note: Frequencies below 100 kHz are delivered using beat frequencies
(frequency sideband). Possible to generate frequencies above 3.5 MHz using
sidebands as well.
Contact: 0 Hz - 25 Mhz
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Official Purchasing Website: www.spooky2-mall.com
Email:echolee@cleanenergy-npt.com
or service@spooky2.com
Remote: 0 Hz - 25 Mhz
PEFM Coil: 0 Hz - 20 MHz when connected to the generator. 100 Hz fixed
frequency when used from the Spooky Central.
Ultrasonic: 0 Hz - 1 MHz
6. Official Support Website: www.spooky2.com
Official Purchasing Website: www.spooky2-mall.com
Email:echolee@cleanenergy-npt.com
or service@spooky2.com
Plasma = Fastest efficacy, best penetration of body and hollow organs.
Contact = Next best efficacy. Can't be used with pacemakers. Can be
overdone.
PEFM = Total different use and efficacy. Best used in conjuction with other
delivery methods. Great for healing modalities and entrainment.
Summary of Efficacy
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Email:echolee@cleanenergy-npt.com
or service@spooky2.com
Ultrasonic = Great penetration of body.Sound (frequencies) actually travels
better in water than air.
Remote = Slowest efficacy, but can be done 24/7. Distance is not a factor.
8. Official Support Website: www.spooky2.com
Official Purchasing Website: www.spooky2-mall.com
Email:echolee@cleanenergy-npt.com
or service@spooky2.com
One typically must repeat a frequency set via contact once per day over 7 days
to achieve a certain level of efficacy. You can usually gain the same level of
efficacy from remote running this same frequency set 24/7 on remote over 5
days (120 loops). Meaning while on day 1, contact will have a faster efficacy
than remote, over a week, remote may outperform contact.
Note
9. Official Support Website: www.spooky2.com
Official Purchasing Website: www.spooky2-mall.com
Email:echolee@cleanenergy-npt.com
or service@spooky2.com
Thank you!
10. Official Support Website: www.spooky2.com
Official Purchasing Website: www.spooky2-mall.com
Email:echolee@cleanenergy-npt.com
or service@spooky2.com
Thank you!