The difference in the effect of non-bridged amplifier v.s. the bridged amplifier is like 1 v.s. 2 cellphones in close proximity.

If you connect the speaker terminals to the 12v battery the driver would only be pulled in one direction and stay there. It is a safe measured reaction to the input and deemed safe and non hazardous. If you repeated this several times per second the driver would jump or pulse with each connect/disconnect as the electromagnetic field would react to the magnet and repel or attract.

Now bridging would introduce an entirely new measurment from the same source power. If you could connect the terminals matching up Positive to positive on the battery and negative to negative the driver would be pulled toward the magnet and if you quickly switched these leads positive to negative the driver would be pushed out away from the magnet because the field is now reversed. The result of the signal can be visibly seen by the movement of the driver. If you alternated the polarity quickly enough the driver would “bottom out” or exceed its natural motion limits because the 12v now becomes a 24v difference over time. This inductive reaction is rarely measured and with both cellphones the real measurable radiation would be effectively increased even with the measly output power rating of the battery, the signal is the culprit because it is as effective as a super sized powerful battery.

Proof of this is seen when you have a flashlight with a very low battery inside. Turn it off for a second and then on, you see light! How if the battery is dead? Well it has a chance to return its electrons to a state of difference quickly before they are “shorted” through the circuit again. Cellphones are now all digital and can now be on standby for a week and when they were analog they would last maximum 3 days standby. The battery is small and less powerful. The trick is the pulse they use, it is momentary and therefor the effective load is less than one of a constant load.

That same flashlight can be taken into the bathtub with you and nothing would happen to you electrically, maybe chemically, but if you tried dropping your flourescent desk lamp in there with you i bet there would be a splash and a convulsion or two! They may have the same power rating but one uses alternating v.s. direct current. Its the alternating that carries and causes reaction within our body due to induction, or changing pulses of polarity or change from on/off states.

All brain activity is carried on using induction, there is no physical connection between any nerves in our body, it is done with an electrical/chemical synapse that pulses electricity at about 15-17kHz or 15,000 times per second.

Anything that shares that frequency can directly cause a flinch or glitch or convulsion within our body/mind. Provided it can be within receptive range of the emitter.

Ok really its bed time now

Night ALL, use your bluetooth or wired headsets! For real!

basically the name of the device, “cell” means it operates within a physical division or cell and the way it does this is by means of transmitting and receiving of digital information through pulses of analog frequency modulation. To break it down, the cell sends signal in pulses when not in use and when in use it sends and receives both ways but does so in pulses that radiate from the antenna and creates ripples like dropping a pebble into a pond. These waves work around the same center and the power is really not that much but because they are directed to stimulate the electrons within the antenna and the tower then it is enough to “move” or vibrate the electrons at an atomic level. The amplitude is not taken into effect of the true peak value of the radiation, and the difference between one crest and trough determins the cycle and frequency and amplitude. So the effect of a cellphone radiating is increased exponentially the closer you are to the unit, but if you find a sweet spot where two phones can bounce back and fourth the same electron in a cell because of two independent radiation sources, it may be enough over time to increase the frictional heat between the electrons of the atoms within that very narrow nanometer of the thin layer of egg that falls between the crest of one wave and the trough of another, therefore heating it up over and over in very very tiny increments over time. The rest of the egg would stay cool but that one small area would heat up. It is fact that radiation is able to vibrate electrons when targeting that particular element. Its called a microwave. It is also true that by doubling the emitter power by use of two cellphone radiators, the natural measured and safe dissipation of radiation rules are all exceeded and the way our biological body works to “deal” with the artificial radiation tolerance has been cut in half. Proof of the double of power is seen in bridging a car amplifier. If you connect a speaker to the terminals of the source DC battery, its excursion would be about a half inch to 3/4 inch in one direction and stay there. If you tapped the power lead and did this over and over quickly, you could see the maximum excursion on the driver would be still maximum 3/4 of an inch with a little resonnance. If you connected the output of one channel of the amplifier to the driver and maxed its signal the drivers excursion would be the same as the maximum power of the source but with a waveform pattern. The trick of “bridging” the amplifier increases the total power output by almost 2x by doubling the range of motion because the power is now transformed and controlled in such a way that the movement can increase up and down or positive and then negative alternately with the same source power, but it gets used much more effectively. This is not at all a direct comparison to how cellphones transmit their signals, however it can be estimated that the effect of the “harmful” wave is doubled and perhaps even moreso due to the random patterns created by the two unattached devices within the electrons being stimulated in the tissue.

I’m tired and going to bed, i came across this as i searched to see if the nokia phone i just struggled to complete an important conversation on could affect my headache, and after 29min it became unbearable and even after switching ear to ear.

After writing my headache is gone, phone is charging in other room.

Thumbs up to bluetooth headsets with their 10% power emittance. Now I can talk 10x longer before having to get the hell away from that techno junk!

Skip the following figures if you don’t care for physics:
A fairly average 3.6V mobile phone battery stores 730 mAh, which is 2,6 Wh (Watt hours) of electric energy. This is 1.7 kcal or enough to warm a 60g egg by 28 degrees Celsius (50 Fahrenheit). In other words, if all the energy used by the cell phone was converted into microwave energy (a lot of the electricity warms the silicon in the electronics and the display and thus just warms the handset) and all that energy were to radiate *only* at the egg and in no other direction, the egg would barely reach body temparture before the battery goes dead. In practice only a fraction of the energy would turn into microwave radiation that warms the egg. The numbers simply don’t add up. Given the known specification of mobile phone patteries and the laws of physics it’s doubtful if even dozends of mobile phones piled around it were capacble of boiling an egg

http://www.marketamerica.com/windking/index.cfm?action=shopping.uoProduct&storeID=163&prodID=16006

i love ur website is this true about the egg.