Every one talks about magnetic fields but
DO KNOW the hidden Danger IN microwave radiation???

" Microwaves are a form of "electromagnetic" radiation; that is, they are waves of electrical and magnetic energy moving together through space. Electromagnetic radiation ranges from the energetic x-rays to the less energetic radio frequency waves used in broadcasting."

Some people who are electrically sensitive complain that they have a rapid or irregular heart beat and feel chest pressure or pain (Eltiti, 2007).

"In November 2010, two schools in the Barrie area were monitored for microwave radiation. What is particularly disturbing about the results obtained is that of the 20 rooms measured 17 of the classrooms had levels at or above the levels that caused heart irregularities among adults in our heart rate variability study (0.003 milliwatts/cm2). But even more disturbing is that levels of microwave radiation exceeded Health Canada’s Safety Code 6 guideline near a computer in one classroom (1.342 vs 1 milliW/cm2)! Source "

Microwaves of field intensities ranging from 5 to 20 mW/cm2 for different periods up to 2 h . Plus A 30-min exposure of 10 mW/cm2 SHOWER show Extensive degeneration in Chang liver cells (CCL-13 ATCC)

"One aspect that has not be considered is the increasing exposure to microwave radiation from mobile phones, cell phone antennas, and wireless technologies in the home and school environment. Could it be that our low level exposure to microwave radiation is placing undue stress on the nervous system of these children and is contributing to heart irregularities that become exacerbated with exercise resulting in sudden cardiac arrest?"

Barrie Trower - The Dangers of Microwave Technology

"We know that pace makers can malfunction if they are exposed to interfering microwave frequencies and people with pace makers are told to stay away from microwave ovens and other microwave emitting devices. The newer pace makers have shielding to prevent interference. But the human heart comes without a shield. So it is not only the child or adult with a pace maker that needs to be careful about their exposure to microwaves, all of us need to be aware that this radiation may affect the heart.Glotova, KV, Sadchikova MN. 1970. Development and clinical course of cardiovascular changes after chronic exposure to microwave irradiation, Effect of Microwave Irradiation, Arlington, VA, Joint Publication Research Service, (JPRS 51238), 3 pp. Click here to download pdf of study."

Subjects in group two complained of fatigue, irritability, headaches, nausea, and vertigo. Some experienced autonomic-vascular crises with severe headaches, chills, tremor, loss of consciousness, pallor or reddening of the face, constricting pain in the heart, labored breathing followed by great weakness. Subjects in this group were more likely to experience tachycardia (a rapid heart rate) and high blood pressure, autonomic-vascular dysfunction and hypothalamic insufficiency. The hypothalamus, a small portion of the brain just above the brain stem, links the nervous system to the endocrine system and controls body temperature, hunger, thirst, fatigue, sleep and circadian cycles. .

We repeated this experiment with pea seeds and exposed them to microwave radiation from a combination of Wi-Fi router, cordless cell phone base station, and wireless baby monitor Microwave radiation from wireless devices harms plants

The authors concluded the following:

“Thus, long-term observations showed that the nature and intensity of the cardiovascular reactions to prolonged exposure to microwaves are closely related to neurologic changes, especially those in the autonomic nervous system. They also vary with the individual. Others develop autonomic-vascular dysfunction, often with symptoms of hypothalamic insufficiency and angiospasm [spasmodic contraction of the blood vessels with increase in blood pressure] which sometimes impair the cerebral [brain] and coronal [heart] circulation.”

Janet Healer reviewed studies of people occupationally exposed to radio frequency radiation.

Many people have a hard time fathoming that something that they cannot see, touch, smell, taste or hear - sense with the five senses - can harm them so much. But if people did really know the facts regarding the dangers of microwave radiation, would they still be willing to use them? Would they still be willing to allow the antennas to be built in vicinity of their homes, work places, schools, and hospitals?

Using Microwave Radation in Schools

RF and Microwave Radiation

High frequencies are used to transmit power and signals through the air and are wireless signal transmission systems. A multitude of systems are used, such as amplitude or frequency modulation, modulated and pulsed signals, time and code division multiplexing with new technologies constantly coming on line.

These high frequencies are used for AM and FM satellite radio, television, radar, cell towers, cell phones, cordless phones, Bluetooth, wireless computer and data transmission (WLAN, WI-FI, WiMAX) networks. The use of wireless technologies has exponentially increased over the last decade and has become a significant source of microwave radiation in buildings. Careless placement of wireless network installations in homes or offices can become a significant source of microwave radiation for occupants in the buildings.

There are a lot of people out there concerned about electromagnetic fields (EMF) and electromagnetic radiation (EMR or also known as radio frequency (RF)). People want to know how to measure EMF. So much so, that they purchase detectors and meters for themselves and attempt to study their own property and homes. It is great to take responsibility for your own concerns! However, there are likely many things that could be confusing your personal assessment.

Simple meters generally provide only a one-dimensional field reading (unless multiple readings are taken and some calcualtions are made) whereas triaxial meters provide a true three-dimensional field measurement. Meters with a greater frequency range may be required to measure less-common EMFs. Other, more sophisticated instruments such as active directional antennas may be required if the source of an EMF is to be localized.

So you think your enviroment is safe

Have you measured your envirroment with a standard EMF meter, it MAY NOT show you the hidden dangers

We did for years

Can you imagine our supprise,after year of having,,checked our home and offices with standard emf meter,,we used one of these new 3-AXIS EMF RF Radiation ElectroSmog Power Meters, and found hot spots way above the Health Canada’s Safety Code 6 guideline 1.342 vs 1 milliW/cm2,,(and we dont use any wifi for our computers),,Not only did we find very worrying readings,Thankfully we were able to pin point the source,with this meters ability to show the direction and strength of the microwave radiation...

The theory that 2 gauss is a safe is slowly becoming a myth,,if a fraction of this energy can effect the heart as show above (0.003 milliwatts/cm2) more

In addition to microwave emissions, cellphones also expose users to these ELF fields from the phone’s battery. Four milli-Gauss (mG) is linked to a doubling of incidence of childhood leukemia, and a 2005 study of phones on the market found fields of 47 to 146 mG at 5 mm from the surface of the phones. Tuor M, Ebert S, Schuderer J, Kuster N. “Assessment of ELF Exposure from GSM Handsets and Development of an Optimized RF/ELF Exposure Setup for Studies of Human Volunteers” Foundation for Research on Information Technologies in Society. BAG Reg. No. 2.23.02.-18/02.001778:17. January 2005.

Barrie Trower Talks with Victims of Non Consensual Microwave and EMF Experimentation and Testing

History is replete with failures to control highly profitable carcinogenic substances, ranging from tobacco to asbestos, until proof of harm became irrefutable. We can ill afford to go through that same course with EMF and microwave emissions today, given the long latency involved with brain cancer and their ubiquity. Take steps today to know what going on in your home and workplace,,dont become a willing victim,,we would rather you never have to ask this devastating question after a diagnosis,"WHY ME"?

Latest 3-AXIS EMF RF Radiation ElectroSmog Meters

FEATURES:

For isotropic measurements of electromagnetic fields
Non-directional (isotropic) measurement with three- channel measurement sensor
High dynamic range due to three- channel digital results processing w/ Instantaneous value (maximum and average value measured)
Configurable alarm threshold and memory function
Easy & safety to use
Low battery detector
Over load indication
Auto power off (adjustable from 0~99 min) with disable function
Made in Taiwan

SPECIFICATIONS:

LCD Display: 4 1/2 digits with maximum reading 19999
Measuring range: 38mv ~ 11v/m
Frequency Range : 50MHz ~ 3.5GHz
Sensor type : Electrical field (E)
Specified measurement range :
CW signal (f>50MHz) : 38mV/m to 20.00V/m, 53.0uA/m to 53.74mA/m 0.1uW/m² 1.089W/m², 0.001uW/cm² ~ 108.9uW/cm²
Dynamic range : Typically 75dB
Absolute error at 1V/m and 50MHz
Frequency response:
Sensor taking into account the typical CAL factor:
±2.4dB (50 MHz to 1.9GHz)
±1.0dB (1.9GHz to 3.5GHz)
Isotropy deviation : Typically ±1.0dB (f 2.45GHz)
Overload limit : 0.42mW/cm² (11V/m) per axis
Overload limit : (0 to 50°C); ±0.2dB
Measurement units: mV/m , V/m , µA/m , mA/m , µW/m2,mW/m2 , µW/cm2
Display resolution: 0.1mV/m, 0.1µA/m, 0.001µW/m2, 0.001µW/cm2
Manual data memory: 200 data sets (read storage)
Sampling Time: 2.5 times per second
Alarm function: adjustable threshold with ON/ OFF
Memory Recall: records Maximum & AVG
Calibration factor CAL: adjustable
Operating Temperature : 0 ~50°C ( 32 ~122°F )
Ambient temperature : +23°C ±3°C
Relative air humidity : 25% ~ 75%
Power Supply: 1 x 9V battery (included)
Battery life: approx. 15hrs
Weight : 178 g (battery not included)
Dimension: 195 mm x 60 mm x 60 mm

Complete set includes:

1 x Tri-Axis RF Tester
1 x English User's manual
1 x 9V battery
1 x Carrying bag

	3-AXIS EMF RF Radiation ElectroSmog Meters FEATURES: For isotropic measurements of electromagnetic fields Non-directional (isotropic) measurement with three- channel measurement sensor High dynamic range due to three- channel digital results processing w/ Instantaneous value (maximum and average value measured) Configurable alarm threshold and memory function Easy & safe to use Low battery detector Over load indication Auto power off (adjustable from 0~99 min) with disable function
	LCD Digital Electromagnetic EMF Meter Tester Maximum reading low-frequency 1999V/M / High Frequency 1999µW/cm2. Level: low-frequency V/m, high-frequency: µW/cm2 Measurement time intervals: 0.4 seconds Operation voltage: 9V Power by : 6F22 9V battery (not included) Measure frequency range: 50HZ-2000MHZ Dimension: Approx. 132 x 70 x 30m Easy and Convenient to use for measuing houshold magnetic fields
	Electromagnetic Radiation Tester Electromagnetic EMF Magnetic Electric Field MicroTesla V/m Tester Meter Detector . This EMF meter has the following features: • One instrument with two uses. It can test the electric field and magnetic field radiation at the same time • Sound-light alarm, when the test resilt exceeds the safe value, the instrument will alarm automatically • Data locking, one-key lock of the radiation value Technical Parameters: • Unit: electric field: V / m, the magnetic field: µT • Accuracy: electric: 1V / m, magnetic 0.01µT • Range: electric: 1-1999V / m, magnetic 0.01-19.99µT Not including the batteries
	Latest Bio-Resonator Personal DNA ATP Schumman PEMF Resonator 7.83 Schumman Resonce 10 Hz ATP Frequency 528 Hz – Love Transformation and Miracles ( DNA Repair) Frequency run in sequence Wear around your neck or close to skin Light weight Fully rechargable battery and charger included Completely Silent Easy Instructions More information

Source Dr Magda Havas PHD

http://www.emfrf.com/emf-overview/

For electromagnetic radiation, it is possible to convert between the two measurements, though. The time-averaged magnitude of the Poynting vector, denoted ?S?, gives you the irradiance of an electromagnetic wave when the wave impacts a surface perpendicular to its direction of travel. Assuming the wave has only a single frequency, you can calculate ?S?