Mobile
Magnetic Waves, that I have accidentally discovered, are both unusual
and unexplained. Knowing how I accidentally discovered them goes a long way
towards knowing more about them and their nature. So Far , I have found
two different ( in my estimation , at least ) , " single/s " and " complex "
wave types.
I'll identify and differentiate them by their general characteristics. They
both are " coherent " magnetic waves. Different from RF SLF waves , you have
to be in " direct " contact with them to find them. They clearly exhibit a
" sharp " , well defined , nature ( SLF RF waves have a broad , wider , nature
and can be detected a longer distance away ) .
I'm reluctant to draw the distinction that SLF RF waves propagate ( meaning you
can hear them < usually > great distances away ) and magnetic waves don't
because I think magnetic waves are long, thin, ribbons of energy that may extend
for many hundreds of miles. If you contacted this ribbon anywhere it exists then in
a manor of speaking , it propagates too. The issue becomes more complex when you
consider the nature of " crossover SLF waves " which exhibit some characteristics of
both magnetic waves and SLF RF waves. Mobile Magnetic Waves are quite clearly
" magnetic " in nature . They must be detected with a magnetometer or " moving "
AC gauss meter. if you stand in direct contact with one , they do not register or barely
register on SLF receiving equipment. the only reason they " barely " register is that
they are constantly in motion and that motion makes them somewhat detectable as
their field cuts the SLF sensor / antenna. When recorded in a spectral display
program , such as Spectrum Lab freeware and using the VCO / Gauss Master device
they show the large powerful " amplitude " spectral oscillator line , but have no other
spectral characteristics due to the fact they are like a pure DC wave and impart NO
low-ac spectral modulations . All SLF " ac " RF signals displayed, using a vco to
display the low frequency signal , shown as a modulation on the initial vco
( amplitude ) oscillator signal ( when you get the " amplitude " display , look
for the superimposed ac modulation on the spectral display ) .
Mobile Magnetic Waves seem very powerful. as they can be detected with an
unmodified Gauss Master, in your car , while " driving " down the road ( it has to be in
motion to find them ) . They are about the same strength ( indicated on a Gauss Master
as the highest pitched VCO tone ) as driving under huge AC power transmission lines.
The unmodified Gauss Master maxes out at 10 milligauss and Mobile Magnetic Waves
can often max out the meter . " Single " mobile magnetic waves have exceptions to the
above description as shown immediately below.
" Single/s " ... Mobile magnetic Waves .........
These magnetic waves can be found with SLF detection equipment and the Gauss
Master both while sitting still ( the Gauss Master not moving ) or while driving down
the street. When sitting in one place , using portable ULF receiving equipment , they
will wash over you with a flourish.
In a Gauss Master they make a powerful " Blip " sound. I have found them often,
and in about any location or terrain , they seem plentiful. In spectrum recording
equipment , using the VCO interface , they show a powerful, swooping ,
" amplitude " vco spectral display but have absolutely NO
superimposed ac wave form modulation of the vco. they are pure DC looking,
in other words.
You can drive through one at high speeds and then slow down and wait and
( if you are lucky ) it will wash over you again. Then you can speed up and drive
through it and find it again. You can set up two Gauss Masters , spaced about 25 '
distant in a portable equipment configuration , and ( if you happen to have them
situated in the proper directions ) hear the wave " blip " in one Gauss Master speaker
and then hear it again as it hits the 2nd Gauss Master a little distance away. You must
be moving quite fast ( 25 - 35 mph at least ) to keep up with these waves as they are quite
speedy. This .wav file is what they sound like on a vco ( Gauss Master ) interface and
the Spectrum Lab spectrogram below is what they look like visually displayed.
When using a VCO( Gauss Master ) interface to detect these " Single Waves ,
one must take care not to confuse them with " some " static noise spikes which
have a similar sound. They sound distinctively different with a little practice. You
should use a parallel " audio amp " / " Gauss Master " set up , at first to
help train you to the differences in the sounds. On a spectrogram the differences
are quite obvious.
Learning to use a VCO interface to find these many types of phenomena , has
some advantages over not using one. First , just using a receiver and a laptop ,
mobile , just to record the waves has it's limitations. while driving down the street
, a laptop can be an undesirable distraction. Secondly , one would have no way of
knowing that you have contacted this wave, while driving down the street , unless
you have some ( hands free, eyes free ) method of doing so. The standard SLF receiver
( into a laptop ) has no way of alerting you to their presence.
The VCO interface , besides offering solutions for equipment performance issues ,
offers the ideal methodology for mobile users due to it handy audio speaker output
device. The VCO interface , into the spectrum display computer, also offers the
ideal methodology to distinguish between RF SLF phenomena and DC magnetic
phenomena due to it's ability to clearly display the " pure DC " nature of the
displayed wave ( lack of a superimposed ac modulation ) .
Also , an alternative method such as just recording the captured wave sounds from a
Gauss Master audio output into a small ( shirt pocket ) digital dictation recorder
( using it's built in memory for storage ) and playing it back for analysis , later on, is
very desirable and eliminates having to have a cumbersome laptop with you all the time.
You can play back the recorded wave sounds into your laptop's sound card at a later
time or run the sound file through the spectral analysis on your home computer
eliminating the need for a laptop present in the field with you. The small solid state
dictation recorder should be set to it's highest fidelity setting to preserve the audio wave
form in it's most accurate state. This will usually reduce the overall recording time
available on your recorder but that isn't usually an issue as waves are relatively short and
many can be captured and stored with minimal memory space requirements. Using the
' VOX " setting on your recorder can help minimize memory usage too, providing the
recorder you are using doesn't cut off the initial part of the captured wave due to slow
VOX response timing.
" Complex " ....... Mobile Magnetic Waves
I have saved the best for last. I consider this type of Mobile Magnetic Wave to be the
most interesting and exciting discovery. It's rare and unusual properties make it
intriguing and mysterious. This is the first mobile magnetic wave I discovered
( quite accidentally ) and started my whole hobby of " mobile " ULF discovery
and wave hunting . Because of this particular discovery, I learned that there are
" wave types " that ( seemingly ) can only be found by virtue of being mobile or
portable.
" Some " types of waves either never actually show up at large , home , receiving
locations or are so rare that " chance " home discovery seldom or never happens.
Another factor is likely that WAVE hobbyist aren't actually looking for this type of
wave and , when discovered , dismiss it as an " unexplained " SLF ac phenomena
( because they can't move around and discover more about them ). I suspect that
if the ULF hobbyist were alerted to these types of waves and took measures to identify
them, that entire new wave types would start to be discovered and reported upon and
that , all ( ULF - SLF hobbyist ) would benefit through discovery and reporting.
The potential for revelations , through discovery associated with these waves , exists
that might add huge amounts of additional knowledge and insight to natural and
manmade world phenomena . Are these waves " paranormal " phenomena
, " Alien " communications, engine signatures of " UFO " maglev craft or
generated by secret " Government " underground projects as some people will
suggest ? At this time , we simply just don't know ! Not enough is known about
the nature and sources of these waves to make those kinds of deductions.
Certainly , until we discover additional knowledge about them , we should keep
an open mind about them and consider all possibilities !
" Complex " waves have unusual and distinct sounds on a ( in motion ) VCO detector.
So far, each and every one of them have a unique composition / wave sound ,
making them individually distinguishable , one from the other. Like single/s waves
they are VERY powerful , at least as strong as overhead ac power distribution lines,
when contacted with the Gauss Master. Their " woooop wooup wop woooop " is very
unusual sounding and immediately alert a person to their presence. Unlike single/s
waves , " complex " waves move quite slowly , only a few feet per second at most.
You can drive through one , turn around down the road and drive back through it
again the other direction, then you can usually repeat the process , with the wave being
only a few hundred feet ( or less ) more distant or closer , each pass, depending
upon the direction you contact it from. Additionally and most interesting , these
" complex " waves are quite distinctive in their composition.
If you drive through one , as above , and get a " woooop wooup wop woooop "
sound from the vco, when you turn around and drive through it back the opposite
direction , it sounds " exactly " backward " , woooop wop wooup woooop " . when
you turn and drive through it in the original direction, it repeats the original pattern
of sounds. More than one " complex " wave might be found in the same area
location or vicinity, sometimes only a 1/4 of a mile distant , sometimes a mile or
two distant.
Each and every " complex " wave that I have found ( and there have been 100s of
them ) has had a different and unique pattern of " wooop woooup " sounds.
If you stop in the middle of a " complex " wave and hold a Gauss Master still, the
wave seems to magically disappear. This is because they are " magnetic " in nature
and you must wave the detector in the air so the sensor can " cut " the magnetic wave
, to locate them. If you wave a Gauss Master inside a " complex " wave you
contact only a couple of the wave forms at a time when doing it by hand. They seem
to have a certain " width " , or said in another way, the total combination of the
waves causing the " woooups " seemingly has dimension or thickness.
When driving down a road and contacting the waves , considering your speed and
when you hear the sharply defined first wooop and the last wooop, you get the
impression they are about 2 to 3 feet thick.
Also, since you hear those numerous blips or " wooop wooop " sounds , they seem
to be composed of a layered or multi plied series of closely spaced individual waves .
This part is hard to actually describe , because they may well consist of some
multi-layered series of waves or some unusual series of twisted waveforms or even
something not even related to this description. In this respect they remain quite mysterious.
If you stop and quickly deploy a portable SLF receiving sensor and recorder, the
" complex " waves generally don't show on a spectral display or sound off a Gauss
Master because they are moving so slowly.
You can wave a Gauss Master in the air and hear parts of one slowly pass over and it won't
register on a spectrum display. A person would need some kind of geomagnetic detection
and recording equipment to make a more detailed study of the nature of these waves and
capture them for spectral analysis while sitting in just one place ( providing you are
fortunate enough to have it actually come your way and pass over you ! )
Recording magnetometers and similar equipment would be required in this case.
There seems to be a single wave related study posted on the web at this location.
It's interesting that the author of this study eventually concludes that these magnetic
wave are quite surprisingly " manmade " and not geomagnetic or natural phenomena.
This conclusion lends it's self well to those that claim possible paranormal , alien, UFO
or Government sources for these waves.
Using the Gauss Master vco setup , one can capture and display
the waveforms on the spectral display and see the multi peaked amplitude vco waves
and see that there are NO superimposed ac modulated waveforms. This clearly indicates
that these waves have typical DC ( magnetic ) characteristics and are not SLF / AC in
nature. Anyone can buy an inexpensive Gauss Master , ( $39 or less on ebay
or web paranormal sales sites found in Google ) and place it in their car or truck
and drive around looking for mobile magnetic waves as they drive . If you do get a
Gauss Master ( or any of the other portable EMF meters found on ebay or the web )
you should think of , at least , changing the Gauss Master power switch to keep it
turned on ( to reduce having to reactivate it every time it times out , causing you to miss
potential waves ) and even adding the audio output modification to allow a person to
use a small digital recorder or micro cassette tape recorder to document the waves as you
find them, and for storage and possible analysis at a later time.
spectrogram of a multi blip mobile magnetic wave .....
What these waves are, and what their source is , is both intriguing and a
mystery. It's easy to conclude they are some , previously unknown, geomagnetic
phenomena or some kind of " aurora like " natural phenomena. It's also not
hard to conclude they are disturbances of the earth's magnetic field or vortexes
caused by forces deep inside the earth's crust. It's not hard for me to think they
are caused by some kind of Teutonic plate action or huge pressure from miles high
piles of granite called mountains, as I have only found the " complex " wave
phenomena in high mountainous areas ( in the nearby Sierra Nevada mountains )
or in the east side of the smallish California Coastal mountain range.
It appears that Paranormalist and Ghost Hunters have also discovered these waves
, from time to time ( the Gauss Master is sold on paranormal and ghost hunter sites )
and attributed them to " lost souls " or wandering " ghosts " . Alien and UFO
hobbyist , that I know , say they are UFO communications signals or landing pattern
beacons . Government conspiracy types think they are products of deep mountain
tunneling equipment or signals from secret experimental government tests. I personally
don't know what they are but before I'd laugh off or outwardly dismiss
" any " of these explanations , I'd remember first that I only find them up in the
high mountain highways.
I " never " seem to find them in ANY populated location ( how is THAT possible ? ) .
Each has a unique and separate identity , and generally they are very rare and
hard to locate. All that , and the only related scientific study known to exist on the web
( as I write this ) concludes they are " manmade " in nature. I hope that lots of
curious and interested people of all types ( ULF - SLF , UFO, conspiracy, ghost /
paranormal etc. hobbyist ) will read the content on this site and be encouraged to go
out and find these waves themselves.
they might even discover MANY more new unknown types in the process. Perhaps they will
help discover much and unlock the mystery associated with these waves. ( you might even
find a " source" of them nearby to your particular location )
Please check out my section on " Crossover " waves for some information and insight
on what portable / mobile wave hunting can reveal about mobile SLF ac waves.
and unexplained. Knowing how I accidentally discovered them goes a long way
towards knowing more about them and their nature. So Far , I have found
two different ( in my estimation , at least ) , " single/s " and " complex "
wave types.
I'll identify and differentiate them by their general characteristics. They
both are " coherent " magnetic waves. Different from RF SLF waves , you have
to be in " direct " contact with them to find them. They clearly exhibit a
" sharp " , well defined , nature ( SLF RF waves have a broad , wider , nature
and can be detected a longer distance away ) .
I'm reluctant to draw the distinction that SLF RF waves propagate ( meaning you
can hear them < usually > great distances away ) and magnetic waves don't
because I think magnetic waves are long, thin, ribbons of energy that may extend
for many hundreds of miles. If you contacted this ribbon anywhere it exists then in
a manor of speaking , it propagates too. The issue becomes more complex when you
consider the nature of " crossover SLF waves " which exhibit some characteristics of
both magnetic waves and SLF RF waves. Mobile Magnetic Waves are quite clearly
" magnetic " in nature . They must be detected with a magnetometer or " moving "
AC gauss meter. if you stand in direct contact with one , they do not register or barely
register on SLF receiving equipment. the only reason they " barely " register is that
they are constantly in motion and that motion makes them somewhat detectable as
their field cuts the SLF sensor / antenna. When recorded in a spectral display
program , such as Spectrum Lab freeware and using the VCO / Gauss Master device
they show the large powerful " amplitude " spectral oscillator line , but have no other
spectral characteristics due to the fact they are like a pure DC wave and impart NO
low-ac spectral modulations . All SLF " ac " RF signals displayed, using a vco to
display the low frequency signal , shown as a modulation on the initial vco
( amplitude ) oscillator signal ( when you get the " amplitude " display , look
for the superimposed ac modulation on the spectral display ) .
Mobile Magnetic Waves seem very powerful. as they can be detected with an
unmodified Gauss Master, in your car , while " driving " down the road ( it has to be in
motion to find them ) . They are about the same strength ( indicated on a Gauss Master
as the highest pitched VCO tone ) as driving under huge AC power transmission lines.
The unmodified Gauss Master maxes out at 10 milligauss and Mobile Magnetic Waves
can often max out the meter . " Single " mobile magnetic waves have exceptions to the
above description as shown immediately below.
" Single/s " ... Mobile magnetic Waves .........
These magnetic waves can be found with SLF detection equipment and the Gauss
Master both while sitting still ( the Gauss Master not moving ) or while driving down
the street. When sitting in one place , using portable ULF receiving equipment , they
will wash over you with a flourish.
In a Gauss Master they make a powerful " Blip " sound. I have found them often,
and in about any location or terrain , they seem plentiful. In spectrum recording
equipment , using the VCO interface , they show a powerful, swooping ,
" amplitude " vco spectral display but have absolutely NO
superimposed ac wave form modulation of the vco. they are pure DC looking,
in other words.
You can drive through one at high speeds and then slow down and wait and
( if you are lucky ) it will wash over you again. Then you can speed up and drive
through it and find it again. You can set up two Gauss Masters , spaced about 25 '
distant in a portable equipment configuration , and ( if you happen to have them
situated in the proper directions ) hear the wave " blip " in one Gauss Master speaker
and then hear it again as it hits the 2nd Gauss Master a little distance away. You must
be moving quite fast ( 25 - 35 mph at least ) to keep up with these waves as they are quite
speedy. This .wav file is what they sound like on a vco ( Gauss Master ) interface and
the Spectrum Lab spectrogram below is what they look like visually displayed.
When using a VCO( Gauss Master ) interface to detect these " Single Waves ,
one must take care not to confuse them with " some " static noise spikes which
have a similar sound. They sound distinctively different with a little practice. You
should use a parallel " audio amp " / " Gauss Master " set up , at first to
help train you to the differences in the sounds. On a spectrogram the differences
are quite obvious.
Learning to use a VCO interface to find these many types of phenomena , has
some advantages over not using one. First , just using a receiver and a laptop ,
mobile , just to record the waves has it's limitations. while driving down the street
, a laptop can be an undesirable distraction. Secondly , one would have no way of
knowing that you have contacted this wave, while driving down the street , unless
you have some ( hands free, eyes free ) method of doing so. The standard SLF receiver
( into a laptop ) has no way of alerting you to their presence.
The VCO interface , besides offering solutions for equipment performance issues ,
offers the ideal methodology for mobile users due to it handy audio speaker output
device. The VCO interface , into the spectrum display computer, also offers the
ideal methodology to distinguish between RF SLF phenomena and DC magnetic
phenomena due to it's ability to clearly display the " pure DC " nature of the
displayed wave ( lack of a superimposed ac modulation ) .
Also , an alternative method such as just recording the captured wave sounds from a
Gauss Master audio output into a small ( shirt pocket ) digital dictation recorder
( using it's built in memory for storage ) and playing it back for analysis , later on, is
very desirable and eliminates having to have a cumbersome laptop with you all the time.
You can play back the recorded wave sounds into your laptop's sound card at a later
time or run the sound file through the spectral analysis on your home computer
eliminating the need for a laptop present in the field with you. The small solid state
dictation recorder should be set to it's highest fidelity setting to preserve the audio wave
form in it's most accurate state. This will usually reduce the overall recording time
available on your recorder but that isn't usually an issue as waves are relatively short and
many can be captured and stored with minimal memory space requirements. Using the
' VOX " setting on your recorder can help minimize memory usage too, providing the
recorder you are using doesn't cut off the initial part of the captured wave due to slow
VOX response timing.
" Complex " ....... Mobile Magnetic Waves
I have saved the best for last. I consider this type of Mobile Magnetic Wave to be the
most interesting and exciting discovery. It's rare and unusual properties make it
intriguing and mysterious. This is the first mobile magnetic wave I discovered
( quite accidentally ) and started my whole hobby of " mobile " ULF discovery
and wave hunting . Because of this particular discovery, I learned that there are
" wave types " that ( seemingly ) can only be found by virtue of being mobile or
portable.
" Some " types of waves either never actually show up at large , home , receiving
locations or are so rare that " chance " home discovery seldom or never happens.
Another factor is likely that WAVE hobbyist aren't actually looking for this type of
wave and , when discovered , dismiss it as an " unexplained " SLF ac phenomena
( because they can't move around and discover more about them ). I suspect that
if the ULF hobbyist were alerted to these types of waves and took measures to identify
them, that entire new wave types would start to be discovered and reported upon and
that , all ( ULF - SLF hobbyist ) would benefit through discovery and reporting.
The potential for revelations , through discovery associated with these waves , exists
that might add huge amounts of additional knowledge and insight to natural and
manmade world phenomena . Are these waves " paranormal " phenomena
, " Alien " communications, engine signatures of " UFO " maglev craft or
generated by secret " Government " underground projects as some people will
suggest ? At this time , we simply just don't know ! Not enough is known about
the nature and sources of these waves to make those kinds of deductions.
Certainly , until we discover additional knowledge about them , we should keep
an open mind about them and consider all possibilities !
" Complex " waves have unusual and distinct sounds on a ( in motion ) VCO detector.
So far, each and every one of them have a unique composition / wave sound ,
making them individually distinguishable , one from the other. Like single/s waves
they are VERY powerful , at least as strong as overhead ac power distribution lines,
when contacted with the Gauss Master. Their " woooop wooup wop woooop " is very
unusual sounding and immediately alert a person to their presence. Unlike single/s
waves , " complex " waves move quite slowly , only a few feet per second at most.
You can drive through one , turn around down the road and drive back through it
again the other direction, then you can usually repeat the process , with the wave being
only a few hundred feet ( or less ) more distant or closer , each pass, depending
upon the direction you contact it from. Additionally and most interesting , these
" complex " waves are quite distinctive in their composition.
If you drive through one , as above , and get a " woooop wooup wop woooop "
sound from the vco, when you turn around and drive through it back the opposite
direction , it sounds " exactly " backward " , woooop wop wooup woooop " . when
you turn and drive through it in the original direction, it repeats the original pattern
of sounds. More than one " complex " wave might be found in the same area
location or vicinity, sometimes only a 1/4 of a mile distant , sometimes a mile or
two distant.
Each and every " complex " wave that I have found ( and there have been 100s of
them ) has had a different and unique pattern of " wooop woooup " sounds.
If you stop in the middle of a " complex " wave and hold a Gauss Master still, the
wave seems to magically disappear. This is because they are " magnetic " in nature
and you must wave the detector in the air so the sensor can " cut " the magnetic wave
, to locate them. If you wave a Gauss Master inside a " complex " wave you
contact only a couple of the wave forms at a time when doing it by hand. They seem
to have a certain " width " , or said in another way, the total combination of the
waves causing the " woooups " seemingly has dimension or thickness.
When driving down a road and contacting the waves , considering your speed and
when you hear the sharply defined first wooop and the last wooop, you get the
impression they are about 2 to 3 feet thick.
Also, since you hear those numerous blips or " wooop wooop " sounds , they seem
to be composed of a layered or multi plied series of closely spaced individual waves .
This part is hard to actually describe , because they may well consist of some
multi-layered series of waves or some unusual series of twisted waveforms or even
something not even related to this description. In this respect they remain quite mysterious.
If you stop and quickly deploy a portable SLF receiving sensor and recorder, the
" complex " waves generally don't show on a spectral display or sound off a Gauss
Master because they are moving so slowly.
You can wave a Gauss Master in the air and hear parts of one slowly pass over and it won't
register on a spectrum display. A person would need some kind of geomagnetic detection
and recording equipment to make a more detailed study of the nature of these waves and
capture them for spectral analysis while sitting in just one place ( providing you are
fortunate enough to have it actually come your way and pass over you ! )
Recording magnetometers and similar equipment would be required in this case.
There seems to be a single wave related study posted on the web at this location.
It's interesting that the author of this study eventually concludes that these magnetic
wave are quite surprisingly " manmade " and not geomagnetic or natural phenomena.
This conclusion lends it's self well to those that claim possible paranormal , alien, UFO
or Government sources for these waves.
Using the Gauss Master vco setup , one can capture and display
the waveforms on the spectral display and see the multi peaked amplitude vco waves
and see that there are NO superimposed ac modulated waveforms. This clearly indicates
that these waves have typical DC ( magnetic ) characteristics and are not SLF / AC in
nature. Anyone can buy an inexpensive Gauss Master , ( $39 or less on ebay
or web paranormal sales sites found in Google ) and place it in their car or truck
and drive around looking for mobile magnetic waves as they drive . If you do get a
Gauss Master ( or any of the other portable EMF meters found on ebay or the web )
you should think of , at least , changing the Gauss Master power switch to keep it
turned on ( to reduce having to reactivate it every time it times out , causing you to miss
potential waves ) and even adding the audio output modification to allow a person to
use a small digital recorder or micro cassette tape recorder to document the waves as you
find them, and for storage and possible analysis at a later time.
spectrogram of a multi blip mobile magnetic wave .....
What these waves are, and what their source is , is both intriguing and a
mystery. It's easy to conclude they are some , previously unknown, geomagnetic
phenomena or some kind of " aurora like " natural phenomena. It's also not
hard to conclude they are disturbances of the earth's magnetic field or vortexes
caused by forces deep inside the earth's crust. It's not hard for me to think they
are caused by some kind of Teutonic plate action or huge pressure from miles high
piles of granite called mountains, as I have only found the " complex " wave
phenomena in high mountainous areas ( in the nearby Sierra Nevada mountains )
or in the east side of the smallish California Coastal mountain range.
It appears that Paranormalist and Ghost Hunters have also discovered these waves
, from time to time ( the Gauss Master is sold on paranormal and ghost hunter sites )
and attributed them to " lost souls " or wandering " ghosts " . Alien and UFO
hobbyist , that I know , say they are UFO communications signals or landing pattern
beacons . Government conspiracy types think they are products of deep mountain
tunneling equipment or signals from secret experimental government tests. I personally
don't know what they are but before I'd laugh off or outwardly dismiss
" any " of these explanations , I'd remember first that I only find them up in the
high mountain highways.
I " never " seem to find them in ANY populated location ( how is THAT possible ? ) .
Each has a unique and separate identity , and generally they are very rare and
hard to locate. All that , and the only related scientific study known to exist on the web
( as I write this ) concludes they are " manmade " in nature. I hope that lots of
curious and interested people of all types ( ULF - SLF , UFO, conspiracy, ghost /
paranormal etc. hobbyist ) will read the content on this site and be encouraged to go
out and find these waves themselves.
they might even discover MANY more new unknown types in the process. Perhaps they will
help discover much and unlock the mystery associated with these waves. ( you might even
find a " source" of them nearby to your particular location )
Please check out my section on " Crossover " waves for some information and insight
on what portable / mobile wave hunting can reveal about mobile SLF ac waves.