Posted by healthyself in Cell phone safety.
Tags: radiation
It appears that some people are reacting to Fukushima. You might want to check these sites.
http://radiationnetwork.com/
Posted by healthyself in airplane mode, Auditory Nerve, Bluetooth, Brain, Brain Cancer, Cancer, Cell phone safety, Children, Children's health, Energy, Glioma, Heavy Use, non-ionizing radiation, Parotid Gland, Sperm Counts, Text, Tumors.
Tags: Bluetooth, brain tumors, cell phones, Glioma, Heavy Use of Cell Phones, non-ionixzing radiation, sperm counts, Texting
Cell Phones Do Cause Brain Tumors
Magda Havas, PhD, Cell Phones Do Cause Brain Tumors
Trent University, September 15, 2011
“About nine out of 10 US households now have at least one cell phone — and that doesn’t include other wireless devices, such as cordless phones, iPads, baby monitors and computers.”
“Result: The average adult (and child) is flooded with nonionizing radiation, a form of energy that — for the first time — has been officially linked to cancer. In May, a panel of the World Health Organization (WHO) listed cell phones as a class 2b carcinogen, which means that it’s “possible” that cell phones, like some industrial chemicals, increase the risk for cancer.”
“This conclusion has been disputed by many scientists. But careful analysis of the best studies to date indicate that people who log the most cell-phone minutes are more likely to develop tumors on the same side of the head that they hold the cell phone, compared with those who use cell phones less often.”
Disturbing Research
“The largest study of cell-phone use, known as INTERPHONE, was conducted in 13 countries over a 10-year period. The study, published in International Journal of Epidemiology, found that people who used cell phones for at least 1,640 hours over the 10-year period — that comes to about 30 minutes a day — had a 40% higher risk of developing a glioma, a deadly type of brain tumor.”
“Disturbing: The development of a brain tumor to the point that it can be detected often takes 20 to 30 years. The fact that these tumors are showing up after 10 years of exposure is disturbing because it is much faster than expected.”
“Previous studies have linked frequent or prolonged cell-phone use to an increase in parotid (salivary gland) and auditory nerve tumors.”
“The actual risk probably is higher than the studies indicate. The INTERPHONE study defined “heavy use” as using a cell phone for about 30 minutes a day. That’s a fraction of the time that many people currently spend on their cell phones.”
“Also, the study looked only at adults, even though young people are frequent users of cell phones and the ones who face the highest cancer risks from decades of radiation exposure.”
“In addition, the study “diluted” the data by identifying people as regular cell-phone users who may have used their phones only once a week for at least six months. These light users were obviously exposed to far less radiation than heavy users. Including them in the study caused the cancer percentages to appear artificially low. For example, we would not expect someone who smoked one cigarette a week for at least six months to develop lung cancer.”
Safer Use
“Skeptics of cell-phone dangers argue that nonionizing radiation is too weak to heat tissues or break chemical bonds, factors that are known to increase cancer risks. But recent studies indicate damage to DNA in rat brains exposed to cell-phone radiation, and this type of damage can lead to cancer.”
Ways to stay safe…
“The fine print in cell-phone manuals usually advises users to hold the phone at least 7/8 of an inch away from the ear. Farther is better. Use speakerphone mode.”
“Wait for good reception. Cell phones emit much higher levels of radiation when the antenna is sending out signals to search for a tower or satellite. These signals can travel hundreds of miles — and the poorer the reception, the greater the radiation emitted by your cell phone.”
“Use a hollow-tube headset. This is the safest type of headset because the last few inches, those closest to the ear, consist of a hollow tube. This hollow tube transmits sound like a stethoscope. Wired headsets need to be kept away from the body because the continuous wire that runs from the phone to the earpiece will expose you to some unnecessary radiation. Hollow-tube headsets can be purchased at www.Mercola.com or www.WaveShield.com/products.”
“Use “airplane mode.” Even when you’re not talking on a cell phone, the phone is sending out signals every few minutes to search for the nearest tower. Turn off the phone when you’re not using it. Or switch it to airplane mode so that it can’t send or receive signals, but you still can use the phone to listen to music, watch videos and check your calendar.”
“Keep the phone on your desk when working. When the phone is switched on, don’t keep it in your pocket or attached to your belt. This is particularly important for men. Preliminary research indicates that men who keep their phones close to their bodies (often in holsters or pockets) have lower sperm counts and poorer sperm quality than those without this exposure. We do not know the effects on egg cells because they are more difficult to harvest.”
“Caution: The worst way to use a Bluetooth wireless headset is to place it on your ear with the cell phone in your pocket. This way, your head and lower body are both being irradiated. A better way to use a Bluetooth is to keep the cell phone on a table several feet away from all body parts and to periodically move the earpiece from one ear to the other to minimize one-side radiation exposure.”
“Text instead of talk. There’s a burst of radiation when you send or receive a text message, but the intensity and duration of the radiation are lower than when you talk. Texting is a better alternative to talking on your cell phone, but keep the phone as far away from your body as possible. Normal clothing, including leather, will not reduce your exposure.”
“Don’t use your phone in a car, train or bus. Using a cell phone inside a metal vehicle can increase levels of radiation due to reflection and the fact that your cell-phone signal has to be higher to exit the vehicle. The best practice is to keep the phone off or in airplane mode and to check it periodically for messages. Then return messages by text or use a landline phone later.”
http://www.bottomlinesecrets.com/article.html?article_id=100005078&l=2
Posted by healthyself in "Cellular" Relay Antennas, Adolescents, Alarming, Amplified Signals, Antennas, Biological Effects, Biologically Signficant, Blogroll, Brain Cancer, Cell phone safety, Cell Phone Transmissions, Cell Phones, Cellular Damage, Childhood Cancer, Children, Children's health, Cordless Telephone Base Units, Danger, Dangerous, Denial of Risk, Electromagnetic Radiation, Electrosensitivity, Electrosmog meter, EMF Exposure, EMF Research, EMF-induced effects, Exposure, Health Deterioratrion, Health Risk, Health Risks, Human Populations, Kids, Landline, Lifestyle, Lifetime, Long Term Health Effects, Long Term Health Risks, Medical Research, radiation, RF Meters, Risk of Cancer, Risk of Disease, Smart Meter, Tweenies, Unsafe, Who is Affected?, Wireless Microphones, Wireless Phones, Wireless Revolution, Wireless router.
http://emf.mercola.com/sites/emf/archive/2011/03/12/will-microwaves-kill-more-than-cigarettes-and-asbestos-combined.aspx
Posted by healthyself in Bees, Cell phone safety, Death, Death Rates, Government's role.
Tags: Neurotoxins
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| Dear
This report should have been published more than two years ago, but our governmental protection agencies have been covering it up for more than two years. Now that the true cause has been discovered, the question here is how long will they be allowed to continue to kill the remaining few bees before any legislation will go in to stop the action |
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Report: USDA also knew about bee-killing pesticide
www.naturalnews.com/031091_USDA_pesticide.html
Monday, January 24, 2011 by: Ethan A. Huff, staff writer
(NaturalNews) Neonicotinoids, a class of insecticides that attack insects’ central nervous systems, are increasingly being linked to killing off bees, bats and other pollinators that are essential for growing food. And a two-year-old report just now being released by the U.S. Department of Agriculture (USDA) adds to the growing body of evidence that these toxic insecticides are a serious threat to not only bees, but also to humans.
It is now widely known that neonicotinoids are a highly-dangerous neurotoxin that absorbs systemically into plants, meaning it makes its way throughout the entire plant, including into the pollen and nectar that bees eat. And these neurotoxins are also a threat to mammals, which includes humans.
Last month, a leaked document revealed that the U.S. Environmental Protection Agency (EPA) knowingly approved, and continued to allow approval for, neonicotinoids, despite the fact that they knew the chemicals killed bees. The agency even knew that Bayer CropScience, the purveyor of most of the neonicotinoids used today, had falsified safety data to get them approved in the first place www.naturalnews.com/030921_EPA_pesticides.html
And now it has been revealed that USDA scientists also knew about the dangers associated with neonicotinoids. So why did it take two years for the USDA report to see the light of day? Dr. Jeffrey Pettis and researchers from the U.S. government bee laboratory in Maryland, authors of the USDA study, did not provide an answer to this question. They did admit to the U.K. Independent, however, that their study “has been too long in getting out,” and that it would soon be published in a journal.

Pettis and his team found that neonicotinoids were directly responsible for increasing bees’ susceptibility to infectious diseases, even at levels so low that they are practically undetected. This fact alone debunks the myth perpetuated by Bayer and other neonicotinoid producers that the chemicals are safe when used “properly”, because there, in fact, seems to be no proper or safe level.
“This new research from America confirms that at very, very low concentrations, neonicotinoid chemicals can make a honeybee vulnerable to fatal disease,” said Matt Shardlow, director of the charity Buglife, to the Independent. “If these pesticides are causing large numbers of honeybees, bumblebees, solitary bees, hoverflies and moths to get sick and die from diseases they would otherwise have survived, then neonicotinoid chemicals could be the main cause of both colony collapse disorder and the loss of wild pollinator populations.”
“The weight of evidence against neonicotinoids is becoming irresistible — government should act now to ban the risky use of these toxins.” |
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http://www.independent.co.uk/environment/nature/exclusive-bees-facing-a-poisoned-spring-2189267.html
Posted by healthyself in Cell phone safety.
| Samsung Impression (SGH-a877) |
Yes |
AT&T |
0.15 - 0.35 W/kg |
 |
| Motorola RAZR V8 |
Yes |
CellularONE |
0.36 W/kg |
 |
| Samsung SGH-t229 |
Yes |
T-Mobile |
0.38 W/kg |
 |
| Samsung Rugby (SGH-a837) |
Yes |
AT&T |
0.22 - 0.46 W/kg |
 |
| Samsung Propel Pro (SGH-i627) |
Yes |
AT&T |
0.14 - 0.47 W/kg |
 |
| Samsung Gravity (SGH-t459) |
Yes |
CellularONE, T-Mobile |
0.49 W/kg |
 |
| T-Mobile Sidekick |
Yes |
T-Mobile |
0.50 W/kg |
 |
| LG Xenon (GR500) |
Yes |
AT&T |
0.52 W/kg |
 |
| Motorola Karma QA1 |
Yes |
AT&T |
0.55 W/kg |
 |
| Sanyo Katana II |
Yes |
Kajeet |
0.22 - 0.55 W/kg |
 |
| Motorola W260g |
Yes |
TracFone |
0.57 W/kg |
 |
| Blackberry Storm 9530 |
Yes |
Verizon Wireless |
0.57 W/kg |
 |
| Motorola Stature i9 |
Yes |
Boost Mobile, Sprint |
0.61 W/kg |
 |
| Samsung Magnet (SGH-A257) |
Yes |
AT&T |
0.62 - 0.64 W/kg |
 |
| Motorola Renegade V950 |
Yes |
Sprint |
0.66 W/kg |
 |
| LG CF360 |
Yes |
AT&T |
0.68 W/kg |
 |
| Samsung Saga (SCH-i770) |
Yes |
Verizon Wireless |
0.69 W/kg |
 |
| Helio Ocean |
Yes |
Virgin Mobile |
0.72 W/kg |
 |
| Sony Ericsson W518a Walkman |
Yes |
AT&T |
0.73 W/kg |
 |
| Samsung SCH-i760 |
Yes |
Verizon Wireless |
0.73 W/kg |
 |
| Samsung SGH-t339 |
Yes |
T-Mobile |
0.73 W/kg |
 |
| Samsung SGH-a137 |
Yes |
AT&T GoPhone, AT&T |
0.20 - 0.76 W/kg |
 |
| LG LX400 |
Yes |
Sprint |
0.36 - 0.77 W/kg |
 |
| LG Voyager (VX10000) |
Yes |
Verizon Wireless |
0.77 W/kg |
 |
| Samsung MyShot (SCH-r430) |
Yes |
Cricket, MetroPCS |
0.78 W/kg |
 |
| Samsung Exclaim (SPH-m550) |
Yes |
Sprint |
0.29 - 0.78 W/kg |
 |
| Samsung Access (SGH-a827) |
Yes |
AT&T |
0.24 - 0.78 W/kg |
 |
| Sanyo KATANA LX (SCP-3800) |
Yes |
Sprint, CREDO |
0.53 - 0.78 W/kg |
 |
| Motorola W175 |
Yes |
TracFone |
0.79 W/kg |
 |
| LG Rhythm (UX585) |
Yes |
U.S. Cellular |
0.80 W/kg |
 |
| Motorola MOTO W755 |
Yes |
Verizon Wireless |
0.80 W/kg |
 |
| Samsung SGH-t109 |
Yes |
T-Mobile |
0.80 W/kg |
 |
| Sony Ericsson W760a |
Yes |
AT&T |
0.81 W/kg |
 |
| Nokia 5610 |
Yes |
T-Mobile |
0.81 W/kg |
 |
| Samsung Eternity(SGH-a867) |
Yes |
AT&T |
0.11 - 0.82 W/kg |
 |
| Nokia 7510 |
Yes |
T-Mobile |
0.84 W/kg |
 |
| LG 225 |
Yes |
TracFone |
0.85 W/kg |
 |
| HTC Touch Diamond (DIAM400) |
Yes |
Verizon Wireless |
0.85 W/kg |
 |
| HTC Touch Diamond |
Yes |
Verizon Wireless |
0.85 - 0.86 W/kg |
 |
| HTC Touch Diamond (DIAM500) |
Yes |
Sprint, Alltel |
0.86 W/kg |
 |
| ZTE C79 |
Yes |
MetroPCS |
0.87 W/kg |
 |
| Nokia 6301 |
Yes |
T-Mobile |
0.71 - 0.87 W/kg |
 |
| Sony Ericsson W200a |
Yes |
CellularONE |
0.87 W/kg |
 |
| Samsung Slash (SPH-m310) |
Yes |
Virgin Mobile |
0.87 W/kg |
 |
| Samsung Gleam (SCH-u700) |
Yes |
Verizon Wireless |
0.87 W/kg |
 |
| LG CU405 |
Yes |
AT&T GoPhone |
0.88 W/kg |
 |
| Motorola Rapture VU30 |
Yes |
Verizon Wireless |
0.88 W/kg |
 |
| Sanyo Katana |
Yes |
Kajeet |
0.68 - 0.88 W/kg |
 |
| Motorola RAZR V3 |
Yes |
AT&T GoPhone, AT&T, T-Mobile |
0.89 W/kg |
 |
| T-Mobile Sidekick LX |
Yes |
T-Mobile |
0.89 W/kg |
 |
| LG Tritan (UX840) |
Yes |
U.S. Cellular |
0.89 W/kg |
 |
| HTC Touch PRO |
Yes |
Sprint, U.S. Cellular, Verizon Wireless, CREDO |
0.91 W/kg |
 |
| Sanyo KATANA Eclipse X |
Yes |
Sprint |
0.60 - 0.91 W/kg |
 |
| Palm Pre |
Yes |
Sprint, Verizon Wireless |
0.92 W/kg |
 |
| Samsung SGH-t439 |
Yes |
CellularONE, T-Mobile |
0.92 W/kg |
 |
| Nokia 6650 |
Yes |
AT&T |
0.92 W/kg |
 |
| Samsung Mantra |
Yes |
Virgin Mobile |
0.93 W/kg |
 |
| LG VX5500 |
Yes |
Verizon Wireless |
0.95 W/kg |
 |
| LG 600G |
Yes |
TracFone |
0.96 W/kg |
 |
| Samsung Renown (SCH-u810) |
Yes |
Verizon Wireless |
0.96 W/kg |
 |
| Nokia 6205 |
Yes |
Verizon Wireless |
0.96 W/kg |
 |
| Sony Ericsson Z310a |
Yes |
AT&T, AT&T GoPhone |
0.96 W/kg |
 |
| LG LX150 |
Yes |
Kajeet |
0.76 - 0.96 W/kg |
 |
| Samsung Propel (SGH-a767) |
Yes |
AT&T |
0.26 - 0.97 W/kg |
 |
| Samsung Behold (SGH-t919) |
Yes |
T-Mobile |
0.99 W/kg |
 |
| ZTE C78 |
Yes |
MetroPCS |
0.99 W/kg |
 |
| LG Neon |
Yes |
AT&T, CellularONE |
1.00 W/kg |
 |
| Samsung SGH-T101G |
Yes |
TracFone |
1.00 W/kg |
 |
| Nokia 6085 |
Yes |
AT&T, AT&T GoPhone |
1.00 W/kg |
 |
| Nokia 2600 |
Yes |
AT&T, AT&T GoPhone |
1.00 W/kg |
 |
| Samsung MyShot II |
Yes |
Cricket |
1.00 W/kg |
 |
| Blackberry Curve 8900 |
Yes |
AT&T, T-Mobile |
1.01 W/kg |
 |
| Nokia 3220 |
Yes |
CellularONE, T-Mobile |
0.71 - 1.01 W/kg |
 |
| Nokia 3600 Slide |
Yes |
CellularONE |
1.01 W/kg |
 |
| Samsung Rant (SPH-m540) |
Yes |
Sprint |
0.70 - 1.01 W/kg |
 |
| Motorola MOTOROKR E8 |
Yes |
CellularONE, T-Mobile |
1.02 W/kg |
 |
| Motorola i580 |
Yes |
Sprint |
1.02 W/kg |
 |
| Helio Ocean2 |
Yes |
Virgin Mobile |
1.02 W/kg |
 |
| Samsung Delve (SCH-r800) |
Yes |
U.S. Cellular, Alltel |
0.80 - 1.04 W/kg |
 |
| Samsung JACK (i637) |
Yes |
AT&T |
0.42 - 1.04 W/kg |
 |
| Samsung JetSet (SCH-r550) |
Yes |
Cricket |
1.05 W/kg |
 |
| Samsung Byline (SCH-r310) |
Yes |
MetroPCS |
0.63 - 1.05 W/kg |
 |
| Samsung SGH-T349 |
Yes |
T-Mobile |
1.05 W/kg |
 |
| Nokia 1680 |
Yes |
T-Mobile |
1.06 W/kg |
 |
| Samsung SCH-R311 |
Yes |
U.S. Cellular |
1.06 W/kg |
 |
| Samsung SCH-u430 |
Yes |
Verizon Wireless |
1.07 W/kg |
 |
| Nokia 7205 Intrigue |
Yes |
Verizon Wireless |
1.08 W/kg |
 |
| Motorola Hint QA30 |
Yes |
Cricket, U.S. Cellular, MetroPCS |
1.08 W/kg |
 |
| Samsung Glyde (SCH-u940) |
Yes |
Verizon Wireless |
1.08 W/kg |
 |
| Motorola W490 |
Yes |
CellularONE, T-Mobile |
1.08 W/kg |
 |
| Samsung SPH-m220 |
Yes |
Sprint, CREDO |
0.75 - 1.08 W/kg |
 |
| Blackberry Curve 8320 |
Yes |
AT&T |
1.08 W/kg |
 |
| Motorola i365 |
Yes |
Sprint |
1.09 W/kg |
 |
| Samsung SPH-m300 |
Yes |
Kajeet, CREDO, Sprint |
0.79 - 1.09 W/kg |
 |
| Blackberry Curve 8310 |
Yes |
AT&T |
1.09 W/kg |
 |
| Samsung Smooth (SCH-u350) |
Yes |
Verizon Wireless |
1.09 W/kg |
 |
| LG Dare (VX9700) |
Yes |
Verizon Wireless |
1.09 W/kg |
 |
| Blackberry Curve 8350i |
Yes |
Sprint |
1.10 W/kg |
 |
| Nokia 2610 |
Yes |
AT&T GoPhone, CellularONE, T-Mobile, AT&T |
1.10 W/kg |
 |
| Nokia 2760 |
Yes |
CellularONE, T-Mobile |
0.74 - 1.10 W/kg |
 |
| UTStarcom GTX75 (aka AT&T Quickfire) |
Yes |
AT&T |
0.36 - 1.10 W/kg |
 |
| T-Mobile G1 with Google |
Yes |
T-Mobile |
1.11 W/kg |
 |
| Samsung SPH-M320 |
Yes |
Sprint, CREDO |
0.81 - 1.11 W/kg |
 |
| Samsung SGH-a437 |
Yes |
AT&T GoPhone, AT&T |
0.72 - 1.11 W/kg |
 |
| Samsung Step (SCH-r470 Two) |
Yes |
U.S. Cellular |
1.00 - 1.11 W/kg |
 |
| Nokia 2605 Mirage |
Yes |
Verizon Wireless |
1.12 W/kg |
 |
| UTStarcom CDM7126 |
Yes |
Cricket, MetroPCS |
1.13 W/kg |
 |
| Motorola Evoke QA4 |
Yes |
Cricket |
1.13 W/kg |
 |
| LG 3280 |
Yes |
TracFone |
1.13 W/kg |
 |
| HTC Fuze (RAPH110) |
Yes |
AT&T |
1.13 W/kg |
 |
| HTC Fuze |
Yes |
AT&T |
1.13 W/kg |
 |
| Samsung Knack (SCH-u310) |
Yes |
Verizon Wireless |
1.14 W/kg |
 |
| Samsung SGH-a237 |
Yes |
AT&T, AT&T GoPhone |
1.07 - 1.14 W/kg |
 |
| LG VX8360 |
Yes |
Verizon Wireless |
1.14 W/kg |
 |
| LG Lotus (LX600) |
Yes |
Sprint |
0.90 - 1.15 W/kg |
 |
| Blackberry Pearl Flip 8220 |
Yes |
T-Mobile |
1.15 W/kg |
 |
| Motorola Krave ZN4 |
Yes |
Verizon Wireless |
1.16 W/kg |
 |
| Samsung Tint (SCH-R420 |
Yes |
MetroPCS |
0.68 - 1.17 W/kg |
 |
| Motorola Clutch i465 |
Yes |
Boost Mobile, Sprint |
1.17 W/kg |
 |
| LG CP150 |
Yes |
AT&T GoPhone |
1.18 W/kg |
 |
| LG 410G |
Yes |
TracFone |
1.18 W/kg |
 |
| LG LX160 |
Yes |
Kajeet, Sprint |
1.19 W/kg |
 |
| Apple iPhone 3G S |
Yes |
AT&T |
0.52 - 1.19 W/kg |
 |
| Samsung SGH-t819 |
Yes |
T-Mobile |
1.19 W/kg |
 |
| Samsung BlackJack II (SGH-i617) |
Yes |
AT&T |
0.61 - 1.20 W/kg |
 |
| Samsung SCH-U440 |
Yes |
U.S. Cellular |
1.13 - 1.21 W/kg |
 |
| Sanyo PRO-200 |
Yes |
Sprint |
0.41 - 1.21 W/kg |
 |
| Samsung Finesse (SCH-r810) |
Yes |
MetroPCS |
1.22 W/kg |
 |
| LG CE110 |
Yes |
AT&T, AT&T GoPhone |
1.22 W/kg |
 |
| Motorola MOTOACTV W450 |
Yes |
T-Mobile |
1.23 W/kg |
 |
| Motorola MOTORAKR Z6m |
Yes |
MetroPCS |
1.23 W/kg |
 |
| Samsung Solstice (SGH-A877) |
Yes |
AT&T |
0.67 - 1.23 W/kg |
 |
| Sony Ericsson C905a Cyber-shot |
Yes |
AT&T, CellularONE |
0.67 - 1.23 W/kg |
 |
| Motorola The Buzz ic502 |
Yes |
Sprint |
1.24 W/kg |
 |
| Blackberry Pearl 8110 |
Yes |
AT&T |
1.24 W/kg |
 |
| Samsung SGH-t219 |
Yes |
T-Mobile |
1.24 W/kg |
 |
| Sanyo PRO-700 |
Yes |
Sprint |
0.54 - 1.24 W/kg |
 |
| Nokia 5310 |
Yes |
T-Mobile |
1.11 - 1.25 W/kg |
 |
| Nokia 5310 Xpress Music |
Yes |
CellularONE |
1.25 W/kg |
 |
| Sanyo SCP-2700 |
Yes |
Sprint, CREDO |
1.16 - 1.25 W/kg |
 |
| Motorola RAZR V3i |
Yes |
CellularONE, AT&T, T-Mobile |
1.26 W/kg |
 |
| Samsung SCH-r211 |
Yes |
Cricket |
1.26 W/kg |
 |
| LG VU (CU915) |
Yes |
AT&T |
1.26 W/kg |
 |
| LG Chocolate 3 (VX8560) |
Yes |
Verizon Wireless |
1.26 W/kg |
 |
| Helio Fin |
Yes |
Virgin Mobile |
0.53 - 1.27 W/kg |
 |
| Nokia 3606 |
Yes |
Cricket |
1.27 W/kg |
 |
| Samsung Sway (SCH-u650) |
Yes |
Verizon Wireless |
1.28 W/kg |
 |
| Blackberry 8820 |
Yes |
AT&T, T-Mobile, Verizon Wireless |
1.28 W/kg |
 |
| LG enV Touch (VX11000,Voyager 2) |
Yes |
Verizon Wireless |
1.28 W/kg |
 |
| Samsung SGH-a637 |
Yes |
AT&T |
0.45 - 1.28 W/kg |
 |
| Samsung SGH-a737 |
Yes |
AT&T |
0.43 - 1.28 W/kg |
 |
| Nokia 5800 XpressMusic |
Yes |
CellularONE |
1.29 W/kg |
 |
| Motorola Moto Q Global |
Yes |
AT&T |
1.29 W/kg |
 |
| Verizon Wireless CDM8975PTT |
Yes |
Verizon Wireless |
1.30 W/kg |
 |
| LG INCITE (CT810) |
Yes |
AT&T |
1.30 W/kg |
 |
| Samsung Epix (SGH-i907) |
Yes |
AT&T |
0.52 - 1.30 W/kg |
 |
| LG LX290 |
Yes |
Sprint |
1.04 - 1.30 W/kg |
 |
| Motorola i880 |
Yes |
Sprint |
1.30 W/kg |
 |
| LG 200C |
Yes |
TracFone |
1.30 W/kg |
 |
| Motorola MOTO Q 9m |
Yes |
Verizon Wireless |
1.30 W/kg |
 |
| Cricket TXTM8 |
Yes |
Cricket |
1.30 W/kg |
 |
| Verizon Wireless CDM8975 |
Yes |
Verizon Wireless |
1.30 W/kg |
 |
| Samsung SCH-u410 |
Yes |
Verizon Wireless |
1.31 W/kg |
 |
| LG enV 3 (VX9200) |
Yes |
Verizon Wireless |
1.31 W/kg |
 |
| Samsung Juke (SCH-u470) |
Yes |
Verizon Wireless |
1.31 W/kg |
 |
| Nokia Surge 6790 |
Yes |
AT&T |
1.31 W/kg |
 |
| Samsung Omnia (SCH-i910) |
Yes |
Verizon Wireless |
1.31 W/kg |
 |
| Motorola W376g |
Yes |
TracFone |
1.32 W/kg |
 |
| Motorola Tundra VA76r |
Yes |
AT&T |
1.32 W/kg |
 |
| Samsung Instinct s30 |
Yes |
Sprint |
1.05 - 1.33 W/kg |
 |
| Nokia 6555 |
Yes |
AT&T |
0.93 - 1.33 W/kg |
 |
| Motorola V176 |
Yes |
TracFone |
1.33 W/kg |
 |
| Motorola MOTORAZR VE20 |
Yes |
Sprint, U.S. Cellular |
1.34 W/kg |
 |
| LG Invision (CB630) |
Yes |
AT&T |
1.34 W/kg |
 |
| Samsung Trance (SCH-u490) |
Yes |
Verizon Wireless |
1.34 W/kg |
 |
| Samsung SCH-u540 |
Yes |
Verizon Wireless |
1.34 W/kg |
 |
| Verizon Wireless G’zOne Type S |
Yes |
Verizon Wireless |
1.34 W/kg |
 |
| Verizon Wireless G’zOne Type S PTT |
Yes |
Verizon Wireless |
1.34 W/kg |
 |
| LG enV 2 (VX9100) |
Yes |
Verizon Wireless |
1.34 W/kg |
 |
| Motorola MotoEM330 |
Yes |
AT&T |
1.35 W/kg |
 |
| Palm Centro |
Yes |
AT&T, CellularONE, Sprint, Verizon Wireless |
1.09 - 1.35 W/kg |
 |
| Samsung SPH-z400 |
Yes |
Sprint |
0.72 - 1.36 W/kg |
 |
| Motorola MOTOROKR U9 |
Yes |
CellularONE |
1.36 W/kg |
 |
| LG LX370 |
Yes |
Sprint |
0.90 - 1.36 W/kg |
 |
| Samsung ACE (SPH-i325) |
Yes |
Sprint |
1.00 - 1.36 W/kg |
 |
| Motorola C261 |
Yes |
TracFone |
1.38 W/kg |
 |
| LG Versa (VX9600) |
Yes |
Verizon Wireless |
1.38 W/kg |
 |
| Verizon Wireless CDM8950 |
Yes |
Verizon Wireless |
1.38 W/kg |
 |
| Nokia 1606 |
Yes |
Cricket, MetroPCS |
1.38 W/kg |
 |
| Samsung SCH-u340 |
Yes |
Cricket, U.S. Cellular, Verizon Wireless |
1.38 W/kg |
 |
| Apple iPhone 3G |
Yes |
AT&T |
0.24 - 1.39 W/kg |
 |
| Samsung SCH-u550 |
Yes |
Verizon Wireless |
1.39 W/kg |
 |
| Helio Mysto |
Yes |
Virgin Mobile |
1.21 - 1.39 W/kg |
 |
| Motorola W370 |
Yes |
TracFone |
1.40 W/kg |
 |
| Samsung FlipShot (SCH-u900) |
Yes |
Verizon Wireless |
1.40 W/kg |
 |
| Motorola RAZR V3s |
Yes |
MetroPCS |
1.40 W/kg |
 |
| Nokia E71 |
Yes |
CellularONE |
1.23 - 1.40 W/kg |
 |
| Palm Treo PRO (T850EWW) |
Yes |
Sprint |
1.40 W/kg |
 |
| Nokia E71x |
Yes |
AT&T |
1.41 W/kg |
 |
| Sony Ericsson Z750a |
Yes |
AT&T |
1.42 W/kg |
 |
| Samsung Messager, Mister Cartoon (SCH-r450) |
Yes |
Cricket, MetroPCS |
1.42 W/kg |
 |
| Motorola C139 |
Yes |
TracFone |
1.43 W/kg |
 |
| Blackberry 8703e |
Yes |
Verizon Wireless |
1.44 W/kg |
 |
| Samsung Highnote (SPH-m630) |
Yes |
Sprint |
0.74 - 1.45 W/kg |
 |
| Motorola i576 |
Yes |
Sprint |
1.45 W/kg |
 |
| Motorola i776 |
Yes |
Sprint |
1.45 W/kg |
 |
| Motorola Adventure V750 |
Yes |
Verizon Wireless |
1.45 W/kg |
 |
| Motorola Boost i776 |
Yes |
Boost Mobile |
1.45 W/kg |
 |
| Samsung SGH-a777 |
Yes |
AT&T |
0.63 - 1.46 W/kg |
 |
| Samsung Instinct (SPH-m800) |
Yes |
Sprint |
1.16 - 1.46 W/kg |
 |
| Firefly GlowPhone |
Yes |
CellularONE |
1.46 W/kg |
 |
| Samsung Spex (SCH-r210) |
Yes |
Cricket, U.S. Cellular |
1.46 W/kg |
 |
| Blackberry 8700g |
Yes |
T-Mobile |
1.46 W/kg |
 |
| Kyocera Neo E1100 |
Yes |
U.S. Cellular, MetroPCS |
1.46 W/kg |
 |
| Helio Heat |
Yes |
Virgin Mobile |
0.85 - 1.46 W/kg |
 |
| Sony Ericsson TM506 |
Yes |
T-Mobile |
1.46 W/kg |
 |
| Blackberry 8830 World Edition |
Yes |
U.S. Cellular, Verizon Wireless, Sprint |
1.46 W/kg |
 |
| Blackberry Pearl 8120 |
Yes |
T-Mobile, AT&T |
1.48 W/kg |
 |
| Sanyo S1 |
Yes |
Sprint |
1.46 - 1.48 W/kg |
 |
| Blackberry Pearl 8130 |
Yes |
Sprint, U.S. Cellular, Verizon Wireless |
1.48 W/kg |
 |
| Motorola MOTOSLVR L9 |
Yes |
CellularONE |
1.48 W/kg |
 |
| HTC SMT 5800 |
Yes |
Verizon Wireless |
1.49 W/kg |
 |
| Kyocera Melo S1300 |
Yes |
MetroPCS |
1.11 - 1.50 W/kg |
 |
| Kyocera S1300 |
Yes |
Cricket |
1.11 - 1.50 W/kg |
 |
| Nokia 1006 |
Yes |
MetroPCS |
1.50 W/kg |
 |
| Motorola V365 |
Yes |
AT&T |
1.51 W/kg |
 |
| Blackberry Curve 8300 |
Yes |
T-Mobile, AT&T |
1.51 W/kg |
 |
| Blackberry Bold 9000 |
Yes |
AT&T |
1.51 W/kg |
 |
| LG Rumor2 (LX265) |
Yes |
Sprint |
1.04 - 1.51 W/kg |
 |
| Motorola MOTO VE240 |
Yes |
Cricket, MetroPCS |
1.52 W/kg |
 |
| Motorola i335 |
Yes |
Sprint |
1.53 W/kg |
 |
| Motorola C290 |
Yes |
Kajeet, Sprint |
1.53 W/kg |
 |
| T-Mobile Shadow |
Yes |
T-Mobile |
1.53 W/kg |
 |
| Blackberry Curve 8330 |
Yes |
Sprint, U.S. Cellular, Verizon Wireless, MetroPCS, CREDO |
1.54 W/kg |
 |
| Motorola W385 |
Yes |
U.S. Cellular, Verizon Wireless |
1.54 W/kg |
 |
| Motorola MOTO VU204 |
Yes |
Verizon Wireless |
1.55 W/kg |
 |
| Kyocera Jax S1300 |
Yes |
Virgin Mobile |
1.55 W/kg |
 |
| T-Mobile myTouch 3G |
Yes |
T-Mobile |
1.55 W/kg |
 |
| Kyocera K132 |
Yes |
Cricket |
N/A |
| Kyocera TNT! S2400 |
Yes |
Virgin Mobile |
N/A |
| Cricket EZ |
Yes |
Cricket |
N/A |
| HTC Touch |
Yes |
CellularONE |
N/A |
| Motorola Boost i776w |
Yes |
Boost Mobile |
N/A |
| Blackberry Tour 9630 Smartphone |
Yes |
Sprint |
N/A |
| Motorola W315 |
Yes |
Verizon Wireless |
N/A |
| Pantech C630 |
Yes |
AT&T |
N/A |
| Kyocera Marbl K127 |
Yes |
Virgin Mobile |
N/A |
| LG Wine (UX280) |
Yes |
U.S. Cellular |
N/A |
| Motorola Multimedia RAZR |
Yes |
Verizon Wireless |
N/A |
| Pantech Matrix Pro |
Yes |
AT&T |
N/A |
| LG Shine (CU720) |
Yes |
AT&T |
N/A |
| HTC Touch Diamond XV6950 |
Yes |
Verizon Wireless |
N/A |
| Motorola Q9 |
Yes |
CellularONE |
N/A |
| Kyocera K126C |
Yes |
TracFone |
N/A |
| Blackberry Pearl Flip 8230 |
Yes |
U.S. Cellular |
N/A |
| Pantech Matrix |
Yes |
AT&T |
N/A |
| Motorola RAZR |
Yes |
Verizon Wireless |
N/A |
| Sierra Wireless 598U |
Yes |
Sprint |
N/A |
| Pantech C610 |
Yes |
AT&T |
N/A |
| Kyocera X-tc M2000 |
Yes |
Virgin Mobile |
N/A |
| LG Rumor |
Yes |
Kajeet |
N/A |
| Motorola MOTO Q 9c |
Yes |
CREDO, Sprint |
N/A |
| Sony z555a |
Yes |
CellularONE |
N/A |
| Pantech Breeze |
Yes |
AT&T |
N/A |
| Pantech Slate (C530) |
Yes |
AT&T, AT&T GoPhone |
N/A |
| HTC Touch (ELF0100) |
Yes |
CellularONE, U.S. Cellular |
N/A |
| Motorola Boost i290 |
Yes |
Boost Mobile |
N/A |
| HTC Snap |
Yes |
Sprint |
N/A |
| Motorola i920 |
Yes |
Sprint |
N/A |
| Motorola Renew W233 |
Yes |
T-Mobile |
N/A |
| Sony Ericsson F305 |
Yes |
CellularONE |
N/A |
| LG Flare (LX165) |
Yes |
Virgin Mobile |
N/A |
| Blackberry Curve 8830 |
Yes |
Sprint |
N/A |
| Motorola Boost i335 |
Yes |
Boost Mobile |
N/A |
| Motorola KRZR |
Yes |
CellularONE |
N/A |
| Motorola V170 |
Yes |
TracFone |
N/A |
| Sony Ericsson W350 |
Yes |
AT&T, AT&T GoPhone |
N/A |
| Kyocera Mako S4000 |
Yes |
MetroPCS |
N/A |
| Cricket A100 |
Yes |
Cricket |
N/A |
| Motorola V195s |
Yes |
T-Mobile |
N/A |
| Samsung t636 |
Yes |
CellularONE |
N/A |
| Verizon Wireless G’zOne Boulder |
Yes |
Verizon Wireless |
N/A |
| Verizon Wireless Blitz |
Yes |
Verizon Wireless |
N/A |
| Verizon Wireless XV6900 |
Yes |
Verizon Wireless |
N/A |
| UTStarcom Shuttle |
Yes |
Virgin Mobile |
N/A |
| UTStarcom Arc |
Yes |
Virgin Mobile |
N/A |
| Palm Treo 755p |
Yes |
Sprint |
N/A |
| Samsung Impression (SGH-a877) |
Yes |
AT&T |
0.15 - 0.35 W/kg |
 |
| Motorola RAZR V8 |
Yes |
CellularONE |
0.36 W/kg |
 |
| Samsung SGH-t229 |
Yes |
T-Mobile |
0.38 W/kg |
 |
| Samsung Rugby (SGH-a837) |
Yes |
AT&T |
0.22 - 0.46 W/kg |
 |
| Samsung Propel Pro (SGH-i627) |
Yes |
AT&T |
0.14 - 0.47 W/kg |
 |
| Samsung Gravity (SGH-t459) |
Yes |
CellularONE, T-Mobile |
0.49 W/kg |
 |
| T-Mobile Sidekick |
Yes |
T-Mobile |
0.50 W/kg |
 |
| LG Xenon (GR500) |
Yes |
AT&T |
0.52 W/kg |
 |
| Motorola Karma QA1 |
Yes |
AT&T |
0.55 W/kg |
 |
| Sanyo Katana II |
Yes |
Kajeet |
0.22 - 0.55 W/kg |
 |
| Motorola W260g |
Yes |
TracFone |
0.57 W/kg |
 |
| Blackberry Storm 9530 |
Yes |
Verizon Wireless |
0.57 W/kg |
 |
| Motorola Stature i9 |
Yes |
Boost Mobile, Sprint |
0.61 W/kg |
 |
| Samsung Magnet (SGH-A257) |
Yes |
AT&T |
0.62 - 0.64 W/kg |
 |
| Motorola Renegade V950 |
Yes |
Sprint |
0.66 W/kg |
 |
| LG CF360 |
Yes |
AT&T |
0.68 W/kg |
 |
| Samsung Saga (SCH-i770) |
Yes |
Verizon Wireless |
0.69 W/kg |
 |
| Helio Ocean |
Yes |
Virgin Mobile |
0.72 W/kg |
 |
| Sony Ericsson W518a Walkman |
Yes |
AT&T |
0.73 W/kg |
 |
| Samsung SCH-i760 |
Yes |
Verizon Wireless |
0.73 W/kg |
 |
| Samsung SGH-t339 |
Yes |
T-Mobile |
0.73 W/kg |
 |
| Samsung SGH-a137 |
Yes |
AT&T GoPhone, AT&T |
0.20 - 0.76 W/kg |
 |
| LG LX400 |
Yes |
Sprint |
0.36 - 0.77 W/kg |
 |
| LG Voyager (VX10000) |
Yes |
Verizon Wireless |
0.77 W/kg |
 |
| Samsung MyShot (SCH-r430) |
Yes |
Cricket, MetroPCS |
0.78 W/kg |
 |
| Samsung Exclaim (SPH-m550) |
Yes |
Sprint |
0.29 - 0.78 W/kg |
 |
| Samsung Access (SGH-a827) |
Yes |
AT&T |
0.24 - 0.78 W/kg |
 |
| Sanyo KATANA LX (SCP-3800) |
Yes |
Sprint, CREDO |
0.53 - 0.78 W/kg |
 |
| Motorola W175 |
Yes |
TracFone |
0.79 W/kg |
 |
| LG Rhythm (UX585) |
Yes |
U.S. Cellular |
0.80 W/kg |
 |
| Motorola MOTO W755 |
Yes |
Verizon Wireless |
0.80 W/kg |
 |
| Samsung SGH-t109 |
Yes |
T-Mobile |
0.80 W/kg |
 |
| Sony Ericsson W760a |
Yes |
AT&T |
0.81 W/kg |
 |
| Nokia 5610 |
Yes |
T-Mobile |
0.81 W/kg |
 |
| Samsung Eternity(SGH-a867) |
Yes |
AT&T |
0.11 - 0.82 W/kg |
 |
| Nokia 7510 |
Yes |
T-Mobile |
0.84 W/kg |
 |
| LG 225 |
Yes |
TracFone |
0.85 W/kg |
 |
| HTC Touch Diamond (DIAM400) |
Yes |
Verizon Wireless |
0.85 W/kg |
 |
| HTC Touch Diamond |
Yes |
Verizon Wireless |
0.85 - 0.86 W/kg |
 |
| HTC Touch Diamond (DIAM500) |
Yes |
Sprint, Alltel |
0.86 W/kg |
 |
| ZTE C79 |
Yes |
MetroPCS |
0.87 W/kg |
 |
| Nokia 6301 |
Yes |
T-Mobile |
0.71 - 0.87 W/kg |
 |
| Sony Ericsson W200a |
Yes |
CellularONE |
0.87 W/kg |
 |
| Samsung Slash (SPH-m310) |
Yes |
Virgin Mobile |
0.87 W/kg |
 |
| Samsung Gleam (SCH-u700) |
Yes |
Verizon Wireless |
0.87 W/kg |
 |
| LG CU405 |
Yes |
AT&T GoPhone |
0.88 W/kg |
 |
| Motorola Rapture VU30 |
Yes |
Verizon Wireless |
0.88 W/kg |
 |
| Sanyo Katana |
Yes |
Kajeet |
0.68 - 0.88 W/kg |
 |
| Motorola RAZR V3 |
Yes |
AT&T GoPhone, AT&T, T-Mobile |
0.89 W/kg |
 |
| T-Mobile Sidekick LX |
Yes |
T-Mobile |
0.89 W/kg |
 |
| LG Tritan (UX840) |
Yes |
U.S. Cellular |
0.89 W/kg |
 |
| HTC Touch PRO |
Yes |
Sprint, U.S. Cellular, Verizon Wireless, CREDO |
0.91 W/kg |
 |
| Sanyo KATANA Eclipse X |
Yes |
Sprint |
0.60 - 0.91 W/kg |
 |
| Palm Pre |
Yes |
Sprint, Verizon Wireless |
0.92 W/kg |
 |
| Samsung SGH-t439 |
Yes |
CellularONE, T-Mobile |
0.92 W/kg |
 |
| Nokia 6650 |
Yes |
AT&T |
0.92 W/kg |
 |
| Samsung Mantra |
Yes |
Virgin Mobile |
0.93 W/kg |
 |
| LG VX5500 |
Yes |
Verizon Wireless |
0.95 W/kg |
 |
| LG 600G |
Yes |
TracFone |
0.96 W/kg |
 |
| Samsung Renown (SCH-u810) |
Yes |
Verizon Wireless |
0.96 W/kg |
 |
| Nokia 6205 |
Yes |
Verizon Wireless |
0.96 W/kg |
 |
| Sony Ericsson Z310a |
Yes |
AT&T, AT&T GoPhone |
0.96 W/kg |
 |
| LG LX150 |
Yes |
Kajeet |
0.76 - 0.96 W/kg |
 |
| Samsung Propel (SGH-a767) |
Yes |
AT&T |
0.26 - 0.97 W/kg |
 |
| Samsung Behold (SGH-t919) |
Yes |
T-Mobile |
0.99 W/kg |
 |
| ZTE C78 |
Yes |
MetroPCS |
0.99 W/kg |
 |
| LG Neon |
Yes |
AT&T, CellularONE |
1.00 W/kg |
 |
| Samsung SGH-T101G |
Yes |
TracFone |
1.00 W/kg |
 |
| Nokia 6085 |
Yes |
AT&T, AT&T GoPhone |
1.00 W/kg |
 |
| Nokia 2600 |
Yes |
AT&T, AT&T GoPhone |
1.00 W/kg |
 |
| Samsung MyShot II |
Yes |
Cricket |
1.00 W/kg |
 |
| Blackberry Curve 8900 |
Yes |
AT&T, T-Mobile |
1.01 W/kg |
 |
| Nokia 3220 |
Yes |
CellularONE, T-Mobile |
0.71 - 1.01 W/kg |
 |
| Nokia 3600 Slide |
Yes |
CellularONE |
1.01 W/kg |
 |
| Samsung Rant (SPH-m540) |
Yes |
Sprint |
0.70 - 1.01 W/kg |
 |
| Motorola MOTOROKR E8 |
Yes |
CellularONE, T-Mobile |
1.02 W/kg |
 |
| Motorola i580 |
Yes |
Sprint |
1.02 W/kg |
 |
| Helio Ocean2 |
Yes |
Virgin Mobile |
1.02 W/kg |
 |
| Samsung Delve (SCH-r800) |
Yes |
U.S. Cellular, Alltel |
0.80 - 1.04 W/kg |
 |
| Samsung JACK (i637) |
Yes |
AT&T |
0.42 - 1.04 W/kg |
 |
| Samsung JetSet (SCH-r550) |
Yes |
Cricket |
1.05 W/kg |
 |
| Samsung Byline (SCH-r310) |
Yes |
MetroPCS |
0.63 - 1.05 W/kg |
 |
| Samsung SGH-T349 |
Yes |
T-Mobile |
1.05 W/kg |
 |
| Nokia 1680 |
Yes |
T-Mobile |
1.06 W/kg |
 |
| Samsung SCH-R311 |
Yes |
U.S. Cellular |
1.06 W/kg |
 |
| Samsung SCH-u430 |
Yes |
Verizon Wireless |
1.07 W/kg |
 |
| Nokia 7205 Intrigue |
Yes |
Verizon Wireless |
1.08 W/kg |
 |
| Motorola Hint QA30 |
Yes |
Cricket, U.S. Cellular, MetroPCS |
1.08 W/kg |
 |
| Samsung Glyde (SCH-u940) |
Yes |
Verizon Wireless |
1.08 W/kg |
 |
| Motorola W490 |
Yes |
CellularONE, T-Mobile |
1.08 W/kg |
 |
| Samsung SPH-m220 |
Yes |
Sprint, CREDO |
0.75 - 1.08 W/kg |
 |
| Blackberry Curve 8320 |
Yes |
AT&T |
1.08 W/kg |
 |
| Motorola i365 |
Yes |
Sprint |
1.09 W/kg |
 |
| Samsung SPH-m300 |
Yes |
Kajeet, CREDO, Sprint |
0.79 - 1.09 W/kg |
 |
| Blackberry Curve 8310 |
Yes |
AT&T |
1.09 W/kg |
 |
| Samsung Smooth (SCH-u350) |
Yes |
Verizon Wireless |
1.09 W/kg |
 |
| LG Dare (VX9700) |
Yes |
Verizon Wireless |
1.09 W/kg |
 |
| Blackberry Curve 8350i |
Yes |
Sprint |
1.10 W/kg |
 |
| Nokia 2610 |
Yes |
AT&T GoPhone, CellularONE, T-Mobile, AT&T |
1.10 W/kg |
 |
| Nokia 2760 |
Yes |
CellularONE, T-Mobile |
0.74 - 1.10 W/kg |
 |
| UTStarcom GTX75 (aka AT&T Quickfire) |
Yes |
AT&T |
0.36 - 1.10 W/kg |
 |
| T-Mobile G1 with Google |
Yes |
T-Mobile |
1.11 W/kg |
 |
| Samsung SPH-M320 |
Yes |
Sprint, CREDO |
0.81 - 1.11 W/kg |
 |
| Samsung SGH-a437 |
Yes |
AT&T GoPhone, AT&T |
0.72 - 1.11 W/kg |
 |
| Samsung Step (SCH-r470 Two) |
Yes |
U.S. Cellular |
1.00 - 1.11 W/kg |
 |
| Nokia 2605 Mirage |
Yes |
Verizon Wireless |
1.12 W/kg |
 |
| UTStarcom CDM7126 |
Yes |
Cricket, MetroPCS |
1.13 W/kg |
 |
| Motorola Evoke QA4 |
Yes |
Cricket |
1.13 W/kg |
 |
| LG 3280 |
Yes |
TracFone |
1.13 W/kg |
 |
| HTC Fuze (RAPH110) |
Yes |
AT&T |
1.13 W/kg |
 |
| HTC Fuze |
Yes |
AT&T |
1.13 W/kg |
 |
| Samsung Knack (SCH-u310) |
Yes |
Verizon Wireless |
1.14 W/kg |
 |
| Samsung SGH-a237 |
Yes |
AT&T, AT&T GoPhone |
1.07 - 1.14 W/kg |
 |
| LG VX8360 |
Yes |
Verizon Wireless |
1.14 W/kg |
 |
| LG Lotus (LX600) |
Yes |
Sprint |
0.90 - 1.15 W/kg |
 |
| Blackberry Pearl Flip 8220 |
Yes |
T-Mobile |
1.15 W/kg |
 |
| Motorola Krave ZN4 |
Yes |
Verizon Wireless |
1.16 W/kg |
 |
| Samsung Tint (SCH-R420 |
Yes |
MetroPCS |
0.68 - 1.17 W/kg |
 |
| Motorola Clutch i465 |
Yes |
Boost Mobile, Sprint |
1.17 W/kg |
 |
| LG CP150 |
Yes |
AT&T GoPhone |
1.18 W/kg |
 |
| LG 410G |
Yes |
TracFone |
1.18 W/kg |
 |
| LG LX160 |
Yes |
Kajeet, Sprint |
1.19 W/kg |
 |
| Apple iPhone 3G S |
Yes |
AT&T |
0.52 - 1.19 W/kg |
 |
| Samsung SGH-t819 |
Yes |
T-Mobile |
1.19 W/kg |
 |
| Samsung BlackJack II (SGH-i617) |
Yes |
AT&T |
0.61 - 1.20 W/kg |
 |
| Samsung SCH-U440 |
Yes |
U.S. Cellular |
1.13 - 1.21 W/kg |
 |
| Sanyo PRO-200 |
Yes |
Sprint |
0.41 - 1.21 W/kg |
 |
| Samsung Finesse (SCH-r810) |
Yes |
MetroPCS |
1.22 W/kg |
 |
| LG CE110 |
Yes |
AT&T, AT&T GoPhone |
1.22 W/kg |
 |
| Motorola MOTOACTV W450 |
Yes |
T-Mobile |
1.23 W/kg |
 |
| Motorola MOTORAKR Z6m |
Yes |
MetroPCS |
1.23 W/kg |
 |
| Samsung Solstice (SGH-A877) |
Yes |
AT&T |
0.67 - 1.23 W/kg |
 |
| Sony Ericsson C905a Cyber-shot |
Yes |
AT&T, CellularONE |
0.67 - 1.23 W/kg |
 |
| Motorola The Buzz ic502 |
Yes |
Sprint |
1.24 W/kg |
 |
| Blackberry Pearl 8110 |
Yes |
AT&T |
1.24 W/kg |
 |
| Samsung SGH-t219 |
Yes |
T-Mobile |
1.24 W/kg |
 |
| Sanyo PRO-700 |
Yes |
Sprint |
0.54 - 1.24 W/kg |
 |
| Nokia 5310 |
Yes |
T-Mobile |
1.11 - 1.25 W/kg |
 |
| Nokia 5310 Xpress Music |
Yes |
CellularONE |
1.25 W/kg |
 |
| Sanyo SCP-2700 |
Yes |
Sprint, CREDO |
1.16 - 1.25 W/kg |
 |
| Motorola RAZR V3i |
Yes |
CellularONE, AT&T, T-Mobile |
1.26 W/kg |
 |
| Samsung SCH-r211 |
Yes |
Cricket |
1.26 W/kg |
 |
| LG VU (CU915) |
Yes |
AT&T |
1.26 W/kg |
 |
| LG Chocolate 3 (VX8560) |
Yes |
Verizon Wireless |
1.26 W/kg |
 |
| Helio Fin |
Yes |
Virgin Mobile |
0.53 - 1.27 W/kg |
 |
| Nokia 3606 |
Yes |
Cricket |
1.27 W/kg |
 |
| Samsung Sway (SCH-u650) |
Yes |
Verizon Wireless |
1.28 W/kg |
 |
| Blackberry 8820 |
Yes |
AT&T, T-Mobile, Verizon Wireless |
1.28 W/kg |
 |
| LG enV Touch (VX11000,Voyager 2) |
Yes |
Verizon Wireless |
1.28 W/kg |
 |
| Samsung SGH-a637 |
Yes |
AT&T |
0.45 - 1.28 W/kg |
 |
| Samsung SGH-a737 |
Yes |
AT&T |
0.43 - 1.28 W/kg |
 |
| Nokia 5800 XpressMusic |
Yes |
CellularONE |
1.29 W/kg |
 |
| Motorola Moto Q Global |
Yes |
AT&T |
1.29 W/kg |
 |
| Verizon Wireless CDM8975PTT |
Yes |
Verizon Wireless |
1.30 W/kg |
 |
| LG INCITE (CT810) |
Yes |
AT&T |
1.30 W/kg |
 |
| Samsung Epix (SGH-i907) |
Yes |
AT&T |
0.52 - 1.30 W/kg |
 |
| LG LX290 |
Yes |
Sprint |
1.04 - 1.30 W/kg |
 |
| Motorola i880 |
Yes |
Sprint |
1.30 W/kg |
 |
| LG 200C |
Yes |
TracFone |
1.30 W/kg |
 |
| Motorola MOTO Q 9m |
Yes |
Verizon Wireless |
1.30 W/kg |
 |
| Cricket TXTM8 |
Yes |
Cricket |
1.30 W/kg |
 |
| Verizon Wireless CDM8975 |
Yes |
Verizon Wireless |
1.30 W/kg |
 |
| Samsung SCH-u410 |
Yes |
Verizon Wireless |
1.31 W/kg |
 |
| LG enV 3 (VX9200) |
Yes |
Verizon Wireless |
1.31 W/kg |
 |
| Samsung Juke (SCH-u470) |
Yes |
Verizon Wireless |
1.31 W/kg |
 |
| Nokia Surge 6790 |
Yes |
AT&T |
1.31 W/kg |
 |
| Samsung Omnia (SCH-i910) |
Yes |
Verizon Wireless |
1.31 W/kg |
 |
| Motorola W376g |
Yes |
TracFone |
1.32 W/kg |
 |
| Motorola Tundra VA76r |
Yes |
AT&T |
1.32 W/kg |
 |
| Samsung Instinct s30 |
Yes |
Sprint |
1.05 - 1.33 W/kg |
 |
| Nokia 6555 |
Yes |
AT&T |
0.93 - 1.33 W/kg |
 |
| Motorola V176 |
Yes |
TracFone |
1.33 W/kg |
 |
| Motorola MOTORAZR VE20 |
Yes |
Sprint, U.S. Cellular |
1.34 W/kg |
 |
| LG Invision (CB630) |
Yes |
AT&T |
1.34 W/kg |
 |
| Samsung Trance (SCH-u490) |
Yes |
Verizon Wireless |
1.34 W/kg |
 |
| Samsung SCH-u540 |
Yes |
Verizon Wireless |
1.34 W/kg |
 |
| Verizon Wireless G’zOne Type S |
Yes |
Verizon Wireless |
1.34 W/kg |
 |
| Verizon Wireless G’zOne Type S PTT |
Yes |
Verizon Wireless |
1.34 W/kg |
 |
| LG enV 2 (VX9100) |
Yes |
Verizon Wireless |
1.34 W/kg |
 |
| Motorola MotoEM330 |
Yes |
AT&T |
1.35 W/kg |
 |
| Palm Centro |
Yes |
AT&T, CellularONE, Sprint, Verizon Wireless |
1.09 - 1.35 W/kg |
 |
| Samsung SPH-z400 |
Yes |
Sprint |
0.72 - 1.36 W/kg |
 |
| Motorola MOTOROKR U9 |
Yes |
CellularONE |
1.36 W/kg |
 |
| LG LX370 |
Yes |
Sprint |
0.90 - 1.36 W/kg |
 |
| Samsung ACE (SPH-i325) |
Yes |
Sprint |
1.00 - 1.36 W/kg |
 |
| Motorola C261 |
Yes |
TracFone |
1.38 W/kg |
 |
| LG Versa (VX9600) |
Yes |
Verizon Wireless |
1.38 W/kg |
 |
| Verizon Wireless CDM8950 |
Yes |
Verizon Wireless |
1.38 W/kg |
 |
| Nokia 1606 |
Yes |
Cricket, MetroPCS |
1.38 W/kg |
 |
| Samsung SCH-u340 |
Yes |
Cricket, U.S. Cellular, Verizon Wireless |
1.38 W/kg |
 |
| Apple iPhone 3G |
Yes |
AT&T |
0.24 - 1.39 W/kg |
 |
| Samsung SCH-u550 |
Yes |
Verizon Wireless |
1.39 W/kg |
 |
| Helio Mysto |
Yes |
Virgin Mobile |
1.21 - 1.39 W/kg |
 |
| Motorola W370 |
Yes |
TracFone |
1.40 W/kg |
 |
| Samsung FlipShot (SCH-u900) |
Yes |
Verizon Wireless |
1.40 W/kg |
 |
| Motorola RAZR V3s |
Yes |
MetroPCS |
1.40 W/kg |
 |
| Nokia E71 |
Yes |
CellularONE |
1.23 - 1.40 W/kg |
 |
| Palm Treo PRO (T850EWW) |
Yes |
Sprint |
1.40 W/kg |
 |
| Nokia E71x |
Yes |
AT&T |
1.41 W/kg |
 |
| Sony Ericsson Z750a |
Yes |
AT&T |
1.42 W/kg |
 |
| Samsung Messager, Mister Cartoon (SCH-r450) |
Yes |
Cricket, MetroPCS |
1.42 W/kg |
 |
| Motorola C139 |
Yes |
TracFone |
1.43 W/kg |
 |
| Blackberry 8703e |
Yes |
Verizon Wireless |
1.44 W/kg |
 |
| Samsung Highnote (SPH-m630) |
Yes |
Sprint |
0.74 - 1.45 W/kg |
 |
| Motorola i576 |
Yes |
Sprint |
1.45 W/kg |
 |
| Motorola i776 |
Yes |
Sprint |
1.45 W/kg |
 |
| Motorola Adventure V750 |
Yes |
Verizon Wireless |
1.45 W/kg |
 |
| Motorola Boost i776 |
Yes |
Boost Mobile |
1.45 W/kg |
 |
| Samsung SGH-a777 |
Yes |
AT&T |
0.63 - 1.46 W/kg |
 |
| Samsung Instinct (SPH-m800) |
Yes |
Sprint |
1.16 - 1.46 W/kg |
 |
| Firefly GlowPhone |
Yes |
CellularONE |
1.46 W/kg |
 |
| Samsung Spex (SCH-r210) |
Yes |
Cricket, U.S. Cellular |
1.46 W/kg |
 |
| Blackberry 8700g |
Yes |
T-Mobile |
1.46 W/kg |
 |
| Kyocera Neo E1100 |
Yes |
U.S. Cellular, MetroPCS |
1.46 W/kg |
 |
| Helio Heat |
Yes |
Virgin Mobile |
0.85 - 1.46 W/kg |
 |
| Sony Ericsson TM506 |
Yes |
T-Mobile |
1.46 W/kg |
 |
| Blackberry 8830 World Edition |
Yes |
U.S. Cellular, Verizon Wireless, Sprint |
1.46 W/kg |
 |
| Blackberry Pearl 8120 |
Yes |
T-Mobile, AT&T |
1.48 W/kg |
 |
| Sanyo S1 |
Yes |
Sprint |
1.46 - 1.48 W/kg |
 |
| Blackberry Pearl 8130 |
Yes |
Sprint, U.S. Cellular, Verizon Wireless |
1.48 W/kg |
 |
| Motorola MOTOSLVR L9 |
Yes |
CellularONE |
1.48 W/kg |
 |
| HTC SMT 5800 |
Yes |
Verizon Wireless |
1.49 W/kg |
 |
| Kyocera Melo S1300 |
Yes |
MetroPCS |
1.11 - 1.50 W/kg |
 |
| Kyocera S1300 |
Yes |
Cricket |
1.11 - 1.50 W/kg |
 |
| Nokia 1006 |
Yes |
MetroPCS |
1.50 W/kg |
 |
| Motorola V365 |
Yes |
AT&T |
1.51 W/kg |
 |
| Blackberry Curve 8300 |
Yes |
T-Mobile, AT&T |
1.51 W/kg |
 |
| Blackberry Bold 9000 |
Yes |
AT&T |
1.51 W/kg |
 |
| LG Rumor2 (LX265) |
Yes |
Sprint |
1.04 - 1.51 W/kg |
 |
| Motorola MOTO VE240 |
Yes |
Cricket, MetroPCS |
1.52 W/kg |
 |
| Motorola i335 |
Yes |
Sprint |
1.53 W/kg |
 |
| Motorola C290 |
Yes |
Kajeet, Sprint |
1.53 W/kg |
 |
| T-Mobile Shadow |
Yes |
T-Mobile |
1.53 W/kg |
 |
| Blackberry Curve 8330 |
Yes |
Sprint, U.S. Cellular, Verizon Wireless, MetroPCS, CREDO |
1.54 W/kg |
 |
| Motorola W385 |
Yes |
U.S. Cellular, Verizon Wireless |
1.54 W/kg |
 |
| Motorola MOTO VU204 |
Yes |
Verizon Wireless |
1.55 W/kg |
 |
| Kyocera Jax S1300 |
Yes |
Virgin Mobile |
1.55 W/kg |
 |
| T-Mobile myTouch 3G |
Yes |
T-Mobile |
1.55 W/kg |
 |
| Kyocera K132 |
Yes |
Cricket |
N/A |
| Kyocera TNT! S2400 |
Yes |
Virgin Mobile |
N/A |
| Cricket EZ |
Yes |
Cricket |
N/A |
| HTC Touch |
Yes |
CellularONE |
N/A |
| Motorola Boost i776w |
Yes |
Boost Mobile |
N/A |
| Blackberry Tour 9630 Smartphone |
Yes |
Sprint |
N/A |
| Motorola W315 |
Yes |
Verizon Wireless |
N/A |
| Pantech C630 |
Yes |
AT&T |
N/A |
| Kyocera Marbl K127 |
Yes |
Virgin Mobile |
N/A |
| LG Wine (UX280) |
Yes |
U.S. Cellular |
N/A |
| Motorola Multimedia RAZR |
Yes |
Verizon Wireless |
N/A |
| Pantech Matrix Pro |
Yes |
AT&T |
N/A |
| LG Shine (CU720) |
Yes |
AT&T |
N/A |
| HTC Touch Diamond XV6950 |
Yes |
Verizon Wireless |
N/A |
| Motorola Q9 |
Yes |
CellularONE |
N/A |
| Kyocera K126C |
Yes |
TracFone |
N/A |
| Blackberry Pearl Flip 8230 |
Yes |
U.S. Cellular |
N/A |
| Pantech Matrix |
Yes |
AT&T |
N/A |
| Motorola RAZR |
Yes |
Verizon Wireless |
N/A |
| Sierra Wireless 598U |
Yes |
Sprint |
N/A |
| Pantech C610 |
Yes |
AT&T |
N/A |
| Kyocera X-tc M2000 |
Yes |
Virgin Mobile |
N/A |
| LG Rumor |
Yes |
Kajeet |
N/A |
| Motorola MOTO Q 9c |
Yes |
CREDO, Sprint |
N/A |
| Sony z555a |
Yes |
CellularONE |
N/A |
| Pantech Breeze |
Yes |
AT&T |
N/A |
| Pantech Slate (C530) |
Yes |
AT&T, AT&T GoPhone |
N/A |
| HTC Touch (ELF0100) |
Yes |
CellularONE, U.S. Cellular |
N/A |
| Motorola Boost i290 |
Yes |
Boost Mobile |
N/A |
| HTC Snap |
Yes |
Sprint |
N/A |
| Motorola i920 |
Yes |
Sprint |
N/A |
| Motorola Renew W233 |
Yes |
T-Mobile |
N/A |
| Sony Ericsson F305 |
Yes |
CellularONE |
N/A |
| LG Flare (LX165) |
Yes |
Virgin Mobile |
N/A |
| Blackberry Curve 8830 |
Yes |
Sprint |
N/A |
| Motorola Boost i335 |
Yes |
Boost Mobile |
N/A |
| Motorola KRZR |
Yes |
CellularONE |
N/A |
| Motorola V170 |
Yes |
TracFone |
N/A |
| Sony Ericsson W350 |
Yes |
AT&T, AT&T GoPhone |
N/A |
| Kyocera Mako S4000 |
Yes |
MetroPCS |
N/A |
| Cricket A100 |
Yes |
Cricket |
N/A |
| Motorola V195s |
Yes |
T-Mobile |
N/A |
| Samsung t636 |
Yes |
CellularONE |
N/A |
| Verizon Wireless G’zOne Boulder |
Yes |
Verizon Wireless |
N/A |
| Verizon Wireless Blitz |
Yes |
Verizon Wireless |
N/A |
| Verizon Wireless XV6900 |
Yes |
Verizon Wireless |
N/A |
| UTStarcom Shuttle |
Yes |
Virgin Mobile |
N/A |
| UTStarcom Arc |
Yes |
Virgin Mobile |
N/A |
| Palm Treo 755p |
Yes |
Sprint |
N/A
http://www.ewg.org/cellphoneradiation/Get-a-Safer-Phone?allavailable=1 |
Posted by healthyself in Bioeffects, Biofield, Electromagnetic Field, Electromagnetic Interference, Electromagnetic pollution, Electromagnetic Radiation, Electrosmog, Emissions, Exposure, radiation.
“As innovative and popular as it is, the iPhone may well be one of the worst offenders, for a number of reasons.
Even when you’re not using your iPhone but have it on, it still operates as a base station, transmitting radiation to you.
Further, iPhones tend to get a great deal of use due to their amazing plethora of applications, which increases your risk.
Data waves from your iPhone substantially affect your biology, altering intercellular communication. But, iPhones aren’t the only offenders. Though they may not act as base stations, every phone still has to connect to a base station. As long as your phone is turned on, it continually emits EMR in an attempt to connect to that base station.”
http://products.mercola.com/blue-tube-headset/?source=nl
Posted by healthyself in Blogroll, Quantum Physics.
“Our physical structures do not first exist and then radiate energy; our energy determines our physical structures.” The software that governs the human body is a non-electromagnetic energy called Subtle Energy. It is the body’s own Vital Force. Our formulations combine the Western understanding of quantum physics and the Eastern understanding of Chi and the Five Elements.
The Energy Within by Dr. R.M. Chin M.D.
Posted by healthyself in Blogroll, Blood Brain Barrier, Brain, Brain Waves, Ear, ear ache, EEG, Electrical Pulses, Electrical Surges, Electrochemical Communications, Electromagetic pollution, Electromagnetic pollution, Electromagnetic Radiation, Electrosensitivity, EMF Exposure, EMF Research, EMF's, EMF-induced effects, Hearing, Heart, Heart Attacks, Heart Disease, Heightened Risk.
“The heart’s EMF (electro-magnetic field) is five thousand times more powerful than the electromagnetic field created by the brain and, in addition to its immense power, has subtle, non-local effects that travel within these forms of energy. … the heart generates over fifty thousand femtoteslas (a measure of EMF) compared to less than ten femtoteslas recorded from the brain.” (p. 55) The profound significance of these facts leads … to comment: “The Heart’s Code points the way to a new revolution in our thinking. Metaphorically, the heart is the sun, the pulsing, energetic centre of our biophysical “solar”system, and the brain is the earth, one of the most important planets in our biophysical system. One implication of the energy cardiology/cardio-energetic revolution is the radical (meaning “root”) idea that energetically, the brain revolves around the heart, not the other way around.” (1998, p. xii) The heart is the largest source of biophysical energy in the body and within our psychological life. … the heart involves energy and information that comprises the essence or soul of who we are. The idea, that the heart is the centre of the psychology of the individual, instead of the brain, would indeed revolutionize our understanding of normal and supernormal psychology. Adopting this view would be analogous to the Copernican revolution, wherein scientists realized that the earth, rather than being the centre of the universe, traveled around the sun within the solar system. The egocentric attitude of humans was shattered. Likewise, the acceptance of a deeper conceptualization of the heart, consciousness and the nature of Self would constitute a revolutionary development in modern psychology, philosophy and the life sciences.”
http://www.zeropoint.ca/heartIII6enigmasheart.htm
“The Soviets have led the way in learning about the risks of electropollution, and, as we have seen, they’ve apparently been the first to harness those dangers for malicious intent. .. the spectrum of potential weapons extends far beyond the limits of the Moscow signal, and Americans have been actively exploring some of them for many years. Most or all …EMR effects can be scaled up or down for use against individuals or whole crowds …”
“The crudest of these … would be a sort of electromagnetic flamethrower with a greater range than chemical types. Dogs were cooked to death in experiments … as long ago as 1955, and high-power transmitters using short UHF wavelengths can severely burn exposed skin in seconds.”……
.”…. discovery that certain pulsed microwave beams increased the permeability of the blood-brain barrier could be turned into a supplemental weapon to enhance the effects of drugs, bacteria, or poisons.”
“…calcium-outflow windows …could be used to interfere with the functioning of the entire brain….”
“… microwaves of 300 to 3,000 megahertz were pulsed at specific rates, humans (even deaf people) could “hear” them. The beam caused a booming, hissing, clicking, or buzzing, depending on the exact frequency and pulse rate, and the sound seemed to come from just behind the head…”
“….ridiculed for this announcement, just like many radar technicians who’d been told they were crazy for hearing certain radar beams. Later work has shown that the microwaves are sensed somewhere in the temporal region just above and slightly in front of the ears. The phenomenon apparently results from pressure waves set up in brain tissue, some of which activate the sound receptors of the inner ear via bone conduction, while others directly stimulate nerve cells in the auditory pathways. Experiments on rats have shown that a strong signal can generate a sound pressure of 120 decibels, or approximately the level near a jet engine at takeoff….”
“…could speed up, slow down, or stop isolated frog hearts by synchronizing the pulse rate of a microwave beam with the beat of the heart itself. Similiar results have been obtained using live frogs, indicating that it’s technically feasible to produce heart attacks with a ray designed to penetrate the human chest.”
http://www.fiu.edu/~mizrachs/emf-war.html
Posted by healthyself in Biological Activity, Blogroll, Sleep.
“If you attach an electroencephalograph to a person’s head, you can record the person’s brainwave activity. An awake and relaxed person generates alpha waves, … consistent oscillations at about 10 cycles per second. An alert person generates beta waves, …. about twice as fast. During sleep, two slower patterns called theta waves and delta waves take over. Theta waves have oscillations in the 3.5 to 7 cycle per second range… delta waves are … below 3.5 cycles per second. As a person falls asleep and sleep deepens, the brainwave patterns slow down. The slower the brain wave patterns, the deeper the sleep – a person deep in delta wave sleep is hardest to wake …. At several points during the night, Rapid Eye Movement (REM) sleep occurs, and brainwaves during this period speed up to awake levels (alpha or beta).”
http://library.thinkquest.org/C005545/english/sleep/waves.htm
“…[A} pervasive misconception about sleep is that [it] is just a matter of ..bodies “turning off” for several hours, followed by … bodies “turning back on” when … awake. …most of us think of sleep as a passive and relatively constant and unchanging process…. sleep is a very active state. … bodies move frequently… roll about during the night… brain activity is even more varied than it is during the normal waking state. …”
Sleep Stages: Measures
” …. [There are} three fundamental measures... basis for defining stages of sleep....gross brain wave activity ... as measured by an electroencephalogram (EEG)...[which] provides the summary of electrical activity from one area of the brain. … muscle tone is measured with a electromyogram (EMG) machine…. eye movement is recorded via an electro-oculogram (EOG)….
“…The EEG reading is the most important measure in differentiating between the stages, while the EMG and EOG are most important in differentiating rapid eye movement (REM) sleep from the other stages.
Sleep Stages: Waking through Stage 2
“….When awake, most people exhibit brain wave, (EEG) patterns that can be classified into two types of waves, beta and alpha. Beta waves are those associated with day to day wakefulness. These waves are the highest in frequency and lowest in amplitude, and… more desynchronous than other waves…. the waves are not very consistent in their pattern. This desynchrony makes sense given that day to day mental activity consists of many cognitive, sensory, and motor activities and experiences, and, thus, when awake, we are mentally desynchronous …”
“During periods of relaxation, while… awake, …brain waves become slower, increase in amplitude and become more synchronous. These types of waves are called alpha waves. … such brain waves are often associated with states of relaxation and peacefulness during meditation and biofeedback….. recent evidence indicates that activities that promote alpha wave activity, appear to have positive health benefits.”
“The first stage of sleep is characterized by theta waves, which are even slower in frequency and greater in amplitude than alpha waves. The difference between relaxation and stage 1 sleep is gradual and subtle. As the sleeper moves to stage 2 sleep theta wave activity continues, interspersed with two unusual wave phenomena. These phenomena, which occur periodically every minute or so, and are defining characteristics of stage 2 sleep, are termed sleep spindles and K complexes … The former is a sudden increase in wave frequency, and the latter is a sudden increase in wave amplitude. Stages 1 and 2 are relatively “light” stages of sleep. In fact, if someone is… [wakened] during one of these stages, he or she will often report not being asleep…”
Sleep Stages: Delta Sleep, REM, and the Sleep Cycle
“During a normal nights sleep a sleeper passes from the theta waves of stage 1 and 2, to the delta waves of stage 3 and 4. Delta waves are the slowest and highest amplitude brain waves. There is no real division between stages 3 and 4 except that, typically, stage 3 is considered delta sleep in which less than 50 percent of the waves are delta waves, and in stage 4 more than 50 percent of the waves are delta waves. Delta sleep is our deepest sleep, the point when our brain waves are least like waking. Consequently, it is most difficult stage in which to wake sleepers,… when they are awakened they are usually sleepy and disoriented…. delta sleep is when sleep walking and sleep talking is most likely to occur.”
“… another, unique, stage of sleep exists, REM. This stage gets its name from the darting eye movements that accompany it (rapid eye movement), as indicated by the EOG…. characterized by a sudden and dramatic loss of muscle tone, which is measured by the EMG. In fact, the skeletal muscles of a person during REM sleep are effectively paralyzed. This stage is …associated with a unique brain wave pattern…during REM sleep a sleepers brain waves demonstrate characteristics…similar to waking sleep, a combination of alpha, beta, and desynchronous waves…. this is the stage of sleep most associated with dreaming. When a sleeper in a research lab begins to exhibit the physiological indices of R.E.M sleep, and they are awakened, the great majority of the time they will report that they were having a vivid, story-like, dream. During other stages, on the other hand, they normally do not report dreaming….”
The vivid recall that could be elicited in the middle of the night when a subject was awakened while his eyes were moving rapidly was nothing short of miraculous. It [seemed to open] … an exciting new world to the subjects whose only previous dream memories had been the vague morning-after recall. Now, instead of perhaps some fleeting glimpse into the dream world each night, the subjects could be tuned into the middle of as many as ten or twelve dreams every night.
(Dement, 1978, p. 37; quoted in Pinel, 1993)
“In a normal night’s sleep, a sleeper begins in stage 1, moves down through the stages, to stage 4, then back up through the stages, with the exception that stage 1 is replaced by REM, then the sleeper goes back down through the stages again. One cycle, from stage 1 to REM takes approximately ninety minutes. This cycle is repeated throughout the night, with the length of REM periods increasing, and the length of delta sleep decreasing, until during the last few cycles there is no delta sleep at all.”
http://web.mst.edu/~psyworld/sleep_stages.htm