| Sources of electromagnetic 
radiation are everywhere... Power lines, appliances, TV sets, computers, cell 
phones, you name it. All electrically powered devices generate electromagnetic 
waves. Many household devices emit electromagnetic radiation even when they’re 
turned off.
   In addition to  the 
countless sources of manmade electromagnetic radiation, the earth and its 
atmosphere are seething with natural electromagnetic activity. The sun plays a 
big role in our natural electromagnetic environment, while the stars and even 
the planet Jupiter also factor in, to a lesser but detectable degree.    
  
  
    
      | The acronym “EMF” has 
      become a well-known abbreviation for “electromagnetic field”.* These terms can refer to 
      electromagnetic fields emanating from a 
specific source, or to the combined level of electromagnetic radiation being 
produced by all sources within range at a certain location and time. 
       The graphic at right illustrates the 
      two components of  EMF, namely the electric field and the magnetic 
      field, which radiate from a current-carrying conductor at right angles to 
      the current flow, and to each other.  | 
      
       |  
      | *In the early days of electrical 
      discovery, E.M.F. referred to "electromotive force", i.e., the force that 
      is measured in volts. These terms are a bit outdated now, but many scientists still use 
      them in the original context. Using EMF to mean "electromagnetic field" is more of a 
      popular expression rather than a formal scientific term, but it has 
      certainly become well-established in our culture. |      
Public interest in 
 
EMF’s has risen tremendously in recent years for two rather diverse reasons: 
   
1)    
There's been a great deal of 
controversy about the effects of EMF’s on human health. Specifically, people are 
concerned 
that exposure to EMF’s may be related to cancer, leukemia, Alzheimer’s disease, 
and other disorders associated with pathological cell growth.  "Officially" there 
is no verifiable connection as of yet, but even the skeptics advise caution 
and prudent avoidance.   
2)    
There has also been lots of 
speculation linking EMF’s to paranormal activity...  
  
      One school of thought says 
that EMF’s can stimulate abnormal brainwave activity and create false 
sensations of experiencing a paranormal event – a ghostly encounter, or an alien 
abduction, that sort of thing. Dr. Michael Persinger is well known for his 
"brain-helmet" experiments that demonstrate the strange ways in which 
electromagnetic stimulation can affect our perception and cognitive processes. 
  
      On the other hand, many 
investigators believe that  paranormal activity is real and suspect it may be 
triggered by high EMF’s. Also, evidence from a multitude of case studies 
suggests that paranormal events are often accompanied by unusual electromagnetic effects of 
their own.
   Thanks to the ongoing 
interest in EMF's from both professional and amateur investigators, 
 EMF meters have become 
a popular tool for measuring electromagnetic fields. These meters are usually 
calibrated in terms of gauss (G) or milligauss (mG). The earth’s slowly 
fluctuating magnetic field averages about 500mG, while the background EMF of a 
typical home measures about 1-2 mG above the earth’s field.  A few EMF meters 
are calibrated in terms of teslas (T) with 1 tesla equal to 10,000 gauss.
   EMF meters are available 
in a variety of styles and with a wide range of prices, but they all do one 
thing:
   
EMF meters display a numerical value that 
representsthe relative strength of the local electromagnetic field.
 
 
  
  
  
    
      | Some meters use the 
familiar moving needle pointer, some give a digital readout, others have a 
graphical display with multi-colored  lights.
   Some are designed to look scientific and technical, others have pictures of cute little ghosts or UFO’s 
printed on them.   Regardless of their design, 
optional features, and marketing 
claims, all EMF meters do the same thing: they indicate the relative strength of 
the local electromagnetic field.
 | 
       |   
 In other words, EMF meters 
measure a “quantity”. They give us a number, but they don’t tell us anything 
about the “quality” of what it is they’re measuring...   As far as a meter is 
concerned, the EMF generated by a lamp is the same as the EMF generated 
by a computer which is the same as the EMF generated by a television set, etc. 
Unfortunately, that’s a gross oversimplification.    There are many distinctive 
differences in the qualities of electromagnetic radiation generated by  different sources. These 
qualities include such variables as frequency, 
polarity, waveform, pulse duration, etc. EMF meters are blind to these 
differences; they measure everything in terms of quantity 
and then  display a number on an arbitrary scale. 
   
  
  
    
      | Imagine walking 
into a grocery store and telling
 the clerk you’d like to buy two pounds.
 "Two pounds of what?" 
      she’d probably ask. You just look back at 
      her blankly and 
say,"Two pounds please."
 Of course, everyone 
      knows there are differencesbetween a pound of flour, a pound of beef, and
 a pound of caviar – or apples and oranges.
 
We understand that these are distinctly differentcommodities and that each has its own unique
 characteristics and value that go beyond what
 a number on a scale can tell us.
 
 | 
       |      We wouldn’t think of 
lumping  everything together at the check out register and expect to pay 
for a two pound mix of assorted groceries, but that’s very similar to what we’re 
doing when we use an EMF meter to evaluate our electromagnetic environment. It 
really doesn't make much sense.   The problem is that we’ve 
never seen, felt, tasted, smelled, or heard electromagnetic waves. We don’t have 
that first-hand sense of familiarity with them, so it isn’t intuitively obvious 
that there might be significant differences between the electromagnetic fields produced by 
different sources. Put simply, we don't even know what we don't know.
   
That's 
where the Wave Wizard comes in...
   Think of the Wave Wizard as a special 
kind of radio. It's not for listening to music or chat,  it's for 
listening directly to electromagnetic waves. As soon as you start hearing EMF's 
through the Wave Wizard, you will begin to develop a better sense of what's 
really going on in the electromagnetic world around you.   Technically speaking, the Wave Wizard is 
a type of transducer 
– a device that converts one form of energy into another. 
A microphone is a transducer that converts sound waves into an 
electrical signal. The Wave Wizard works the other way around, it converts 
electromagnetic energy into sound waves that you can listen to in real time 
through standard earphones.   The Wave Wizard is open to a broad range 
of frequencies all at once, meaning that you can hear the EMF sounds coming 
from any number of sources simultaneously. The sounds that you will hear correspond 
exactly to the frequency and waveform characteristics of the electromagnetic 
fields emanating from those sources.    When using the Wave Wizard, you will be 
able to hear and distinguish subtle (and not so subtle) differences between the 
various forms of EMF, and you can learn to recognize certain signature 
characteristics 
– just as you're able 
to hear and distinguish different instruments playing in an orchestra. 
 
   What you will be hearing with the Wave Wizard is more like a "cacophony" than a 
symphony though. Some of the sounds will seem harsh and grating, others will be 
evanescent whirs, whines, crackles, chirps, and pops. Always changing, often 
fascinating, sometimes a little frightening.
   And remember, you can hear sounds emanating not just from manmade electrical equipment, but from 
natural electromagnetic sources 
as well. So...   Could any of these 
sounds be coming from sources that are supernatural?   The Wave Wizard has been 
used extensively during investigations of sites with suspected paranormal activity. The device repeatedly led to  breakthrough discoveries that 
could not have been made using any other method. Based on these observations, 
several specific theories (not just abstract speculations) concerning the 
electromagnetic wave nature of "ghosts" and "poltergeist" have been put forth.   There will be much more 
about all of this, as well as details about a Wave Wizard user who may have been 
the first person to ever hear the direct electromagnetic signal from a ghost, in 
the user's manual. For now, suffice it to say that the Wave Wizard has already 
proven itself to be the most promising and scientifically useful tool that the 
paranormal research community has seen in decades.
   
  
  
    
      | 
 
 Konstantin Raudive with 
      the Goniometer.
 | One important benefit for paranormal researchers 
is that some of the things you can hear with the Wave Wizard are exactly the 
kinds of things that can create false signals when you're trying to record EVP's.
   All 
recording equipment is subject to spurious interference 
from electromagnetic radiation. Such interference can produce audible effects that 
might be mistaken for mysterious voices in a recording.    By using the Wave Wizard to monitor 
ambient EMF's during recording sessions, you can be alerted to normal 
electromagnetic effects and avoid confusing them with anything paranormal.   In fact, the Wave Wizard itself can be 
used in conjunction with a recorder to provide a  method for EVP 
experimentation that bears some similarities with Raudive's 1950's era 
Goniometer.   If the unseen forces that produce EVP's 
are indeed electromagnetic in nature, then the Wave Wizard should make an ideal 
interface for capturing them on tape or digital media.  |  
   If your interest in studying EMF's 
runs more in terms of their effects on living organisms,
 then the Wave Wizard can open the door 
to a whole new universe of research possibilities. Until now, all of the studies 
that have been done in this regard have taken the "lump it all together" 
approach by using EMF meters to quantify the level of electromagnetism that 
people (or lab animals) have been exposed to.    Once again, the truth is that not all 
EMF's are the same, and it could be that by overlooking this simple fact, 
scientists are missing their opportunity to identify which specific aspects of 
EMF may be hazardous to human health.
   *          
*          *          
*          *   Regardless of the reasons behind your interest in electromagnetic fields, the 
important thing to understand is that the Wave Wizard can open your ears and 
your mind to something that very few people have ever experienced or even heard 
about. The possibilities for ground-breaking research are limited only by your 
imagination and your pioneering spirit.
   The Wave Wizard costs about the same 
as a good quality EMF meter, but it delivers so much more.   It is simple to use right out of the 
box, you don't have to be a techno-geek to figure it out, and the user's manual 
will provide lots of helpful advice, suggestions, and additional background 
information on what to listen for as you begin to explore the fascinating world 
of EMF's.
 Please
contact me for more information.
     |