1:46
that you're going to see and in this
1:48
water droplet a frequency is being
1:52
pumped into this water droplet as the
1:57
frequency is mirrored in the droplet
2:01
you'll actually see the geometric
2:02
patterns in that droplet now what's
2:09
happening and the reason that this is so
2:10
significant is because we're going to do
2:12
a frequency sweep we're going to go from
2:14
low frequencies to higher frequencies
2:17
and what you'll find is this you'll see
2:19
that in the lower frequencies the
2:21
patterns are less complex and in the
2:25
higher frequency the patterns are more
2:28
complex so we're going through a sweep
2:31
from lower to higher frequency I'm
2:34
sharing this with you now because earth
2:36
is essentially going through a frequency
2:38
sweep our fundamental pulse our bass
2:42
pulse that has hovered around seven
2:44
point eight cycles per second now is
2:47
changing and again there's a lot of
2:49
controversy about what the change is and
2:50
we're witnessing the change as we go
2:53
through our planetary shift of this
2:59
pulse patterns of energy must change to
3:03
respond to that just as patterns of
3:06
energy in this water are changing to
3:08
respond to this to this pulse and we'll
3:11
begin with simply the concentric
3:13
patterns in the water as the frequency
3:16
begins every once in a while we'll reach
3:18
a key threshold resonance such as that
3:22
moment right there and in that key
3:23
threshold resonance the entire pattern
3:26
morphed into a more complex expression
3:29
of itself simply because the frequency
3:31
changed now watch what happens the
3:33
frequency is still increasing and watch
3:36
what happens as we reach another key
3:39
threshold resonance this entire pattern
3:43
will morph into a beautifully and more
3:46
complex pattern in itself
3:48
again and again and look at this pattern
3:54
right here look what you're seeing right
3:55
here look at the beautiful geometry here
3:58
is a perfect cube there's a perfect
4:01
tetrahedron as star tetrahedron in two
4:04
dimensions we've got the octahedron very
4:06
powerful images of sacred geometry held
4:09
in place simply because we've achieved
4:13
the vibratory pattern it allows that in
4:23
and as the vibration increases these
4:26
patterns will become more and more
4:28
complex you can see the pulse from where
4:31
you are can you see the pulse actually
4:40
as we go into this the last set of the
4:44
frequencies what you'll see is that the
4:47
entire you'll watch along the outer
4:50
perimeter the entire pattern reaches its
4:53
greatest level of complexity and then it
4:55
goes back as the frequencies drop it
4:58
goes back to what it was the concentric
5:00
circles as it was originally
5:05
it almost looks alive you know you've
5:09
been offered many times the concept that
5:12
thought is vibration have you ever
5:15
considered that emotion is vibration
5:20
feeling is vibration we are always
5:26
feeling something we are always emoting
5:29
something we may not always be aware of
5:31
what that is we carry those patterns
5:33
with us as we hold the feeling and
5:36
emotion what we're doing is we are
5:38
holding a vibratory pattern in the
5:41
liquid crystal of our bottles
6:15
usually I would be standing on this
6:18
stage over here conducting the college
6:21
orchestra because I'm a music professor
6:25
but tonight I'm going to talk about my
6:29
moonlight activities in the field of
6:31
science and how they led to a cancer
6:36
research lab and an important
6:39
breakthrough over the past eight years
6:43
I've had the great pleasure of working
6:47
with some brilliant and dedicated
6:50
scientists they were very open-minded
6:53
and we had a common dream but in the
6:58
future children would not have to suffer
7:01
from cancer or from the terrible side
7:05
effects of toxic drugs or radiation
7:10
because we believed they just had to be
7:14
a better way there had to be a better
7:17
way and we think we may have found it a
7:24
scientist said you're killing more
7:27
cancer cells than as if you had used
7:30
radiation that same scientist went on if
7:36
you had spent millions of dollars
7:38
developing a new drug that killed this
7:40
many cancer cells it would be a homerun
7:45
this was an astonishing thing to hear
7:48
especially for a music professor who had
7:51
just completed his first experiments in
7:53
a cancer lab but we didn't use any
7:57
radiation we didn't use any drugs so
8:02
what did we do I have here two identical
8:08
tuning forks both tuned to the note
8:11
eight the note in Orchestra Tunes two
8:14
these forks are both made to vibrate 440
8:18
times per second we say their frequency
8:23
he hurts if I tap this fork putting
8:26
little pulses of energy into it
8:29
the second fork will also vibrate in
8:33
sympathy and if I silenced this fork we
8:37
just may may hear the other singing it's
8:40
atonement we say that I'm inducing a
8:49
sympathetic resonant vibration in the
8:52
second fork it only works because both
8:55
forks are tuned to the exact same
8:58
frequency now many of us have seen this
9:02
very charming young man and the internet
9:05
who shatters crystal glasses with his
9:07
powerful voice but if you watch him
9:11
carefully you'll see that first he taps
9:14
the glass with his finger and listens
9:16
the glass sings its natural resonant
9:19
pitch that he takes a deep breath and
9:23
sings a loud long note he induces a
9:27
resonant vibration in the crystal glass
9:29
the vibration grows larger and larger
9:32
and larger until the glass is shattered
9:36
on the other end of the scale we have a
9:39
giant bridge made out of concrete and
9:42
steel a suspension bridge the Tacoma
9:46
Narrows Bridge cars and trucks and buses
9:49
are going over it every day and
9:53
unfortunately where they built this
9:54
bridge there was a steady wind blowing
9:57
across it and one day this wind induces
10:01
a small vibration in the bridge hardly
10:04
noticeable but the frequency of the
10:07
vibration matches the resonant frequency
10:10
of some part of the bridge and the
10:12
vibration gets larger and larger and
10:15
larger until the bridge collapses into
10:18
the river below a destructive resonant
10:23
frequency so on one end of the scale we
10:26
have a giant concrete and steel bridge
10:28
destroyed by resonance and on the other
10:32
we have a small crystal glass
10:35
shattered so maybe we could shatter
10:40
something even smaller something really
10:43
small something you would need a
10:45
microscope to see maybe we could shatter
10:48
a living microorganism but to do that
10:53
you need some sort of theory to serve as
10:56
a basis and we find that basis in a
11:01
wonderful book called the rainbow and
11:04
the worm the physics of organisms by a
11:07
scientist may 1/hoe and that book makes
11:11
a very strong case that living organisms
11:15
and cells are liquid crystals or in the
11:20
least they have many properties of
11:22
liquid crystals now we're all familiar
11:25
with liquid crystals because they are in
11:28
our laptop computer screens LCD display
11:32
liquid crystal display and we can change
11:36
the qualities of the liquid crystals in
11:39
our computer screen by sending special
11:42
electronic signals to it we can change
11:46
the color and the shape on the screen
11:48
with these signals so maybe we could
11:53
change a biological living liquid
11:57
crystal with a special electronic signal
12:00
but in order to do that we would need
12:04
some kind of device so we searched the
12:09
US Patent database and we find this
12:12
invention by a physician dr. James Baer
12:15
of Albuquerque New Mexico it's called a
12:19
resonant frequency therapy device and
12:21
its purpose is to induce a resonant
12:24
vibration in the living organism or cell
12:28
and there are two really important
12:30
things about this device the first is
12:33
that it uses a very special kind of
12:35
antenna they take a hollow glass sphere
12:39
they evacuate the air they put in some
12:42
helium gas and when we send in our
12:45
electronic signals the helium gas lights
12:49
the fluorescent light an electrified gas
12:52
is called a plasma so this is called a
12:56
plasma antenna and it has many special
12:59
properties uniquely suited for this kind
13:04
the second important aspect about dr.
13:07
bearers invention is that the output
13:09
always pulses it's on it's off it's on
13:13
it's off this is very important because
13:16
when you're doing research on the
13:19
effects of electromagnetic waves on
13:21
living organisms and cells if the signal
13:24
is constantly on you're in danger of
13:27
inducing heat in those cells and heat
13:31
causes indiscriminate destruction and we
13:33
don't want that we want targeted
13:36
destruction so we don't have to worry
13:39
about heat and now we go to the biology
13:45
laboratory and we take dr. bares device
13:50
and the hunt begins through a microscope
13:55
for a frequency which will shatter a
13:58
living microorganism now we have a
14:02
method of controlling dr. bares device
14:05
by an input control frequency so if I
14:09
put in say 100 Hertz out will come 100
14:13
pulses per second if I put in 200 Hertz
14:17
we'll get 200 pulses so now we're
14:20
searching for the magic frequency and we
14:23
start with the hundred Hertz and we look
14:25
through the microscope to see if
14:27
anything's happening we watch for five
14:29
minutes nothing happens so we try a
14:33
hundred and one Hertz we look through
14:36
the scope for five minutes and nothing
14:38
happens so we try a hundred and two one
14:42
hundred and three and so on over the
14:45
course of 15 months we try hundreds and
14:47
hundreds of frequencies if not thousands
14:50
until we find the magic combination the
14:54
answer is you have to have two input
14:57
frequencies one low one high and the
15:00
higher frequency must be it
15:02
seven times the lower it's what we
15:05
musicians would call the eleventh
15:07
harmonic and when we add the eleventh
15:09
harmonic we begin to shatter
15:11
microorganisms like a crystal glass
15:18
these are the first videos taken we show
15:24
these videos to our friends in the
15:26
biology department they said they hadn't
15:29
seen anything quite like it seems to be
15:32
a new phenomenon these organisms are
15:37
being shattered by our electronic
15:39
signals this is a harmless organism
15:43
almost friendly a little bluffer yzma
15:46
and normally they're very fast swimmers
15:50
but when you approach a frequency to
15:53
which they are vulnerable they begin to
15:55
slow down then they stop and then they
15:58
begin to disintegrate within about three
16:00
minutes so now we know we can destroy a
16:05
microorganism and the question comes up
16:08
but can you target a specific organism
16:11
with a specific frequency so in this
16:15
next video you'll see a large organism
16:18
in the center a Paramecium undergoing
16:21
disintegration and swimming all around
16:23
it a tiny different organism which is
16:26
unharmed if we're lucky we'll also hear
16:29
the audio as I narrate the experiment
16:33
live in a noisy lab perhaps you can see
16:36
the sort of fireworks effect happening
16:41
growing blister to the right of the
16:44
organism and here comes a little
16:47
neighbor wondering what's going on
16:58
and you can see blisters forming now on
17:00
the lower left quadrant and upper left
17:09
the shape is now changing and a major
17:13
explosion at the top hmm so now we have
17:17
some evidence that we can target
17:20
specific microorganisms with specific
17:22
frequencies and we make several more
17:26
videos and we film the destruction of
17:28
hundreds of microorganisms and about
17:32
this time we meet a cancer researcher
17:35
and we show them these videos and this
17:38
results in an invitation to spend four
17:41
months in a cancer research lab trying
17:44
to shatter cancer cells this is our
17:47
setup in the lab you can see the
17:49
microscope with cancer cells on it
17:51
here's the plasma tube and here is my
17:55
little frequency control box so first we
17:59
attack pancreatic cancer take a good
18:02
look at this slide because the next one
18:05
will look quite different after we treat
18:09
these cells they changed their shape and
18:13
size and they begin to grow long rope
18:16
like structures out the sides they look
18:19
something like antennas
18:20
I call them bio antennas for Biological
18:24
antennas it says if the cancer cells are
18:26
trying to tune in to our signal it also
18:30
turns out this is the beginning of a
18:32
process of destruction for cancer cells
18:35
we now know that cancer is vulnerable
18:39
between the frequencies of 100,000 Hertz
18:43
and 300,000 Hertz so now we attack
18:47
leukemia cells leukemia cell number one
18:52
tries to grow a copy of itself but the
18:56
new cell is shattered into dozens of
18:59
fragments and scattered across the slide
19:03
leukemia cell number two then hyper
19:05
inflates and also dies leukemia cell
19:09
number three then tries to make another
19:12
cancer cell the new cell is shattered
19:15
and the original cell dies
19:22
but killing a handful of leukemia cells
19:25
is not enough for a patient what kind of
19:28
numbers can we do in repeated controlled
19:33
laboratory experiments independently
19:36
assayed by the two top experts we killed
19:40
an average of 25% to 42 percent of the
19:45
leukemia cells as high as 60% they also
19:50
determined that we slowed the growth
19:53
rate of the cancer by as much as 65% so
19:57
a double effect now we attack ovarian
20:01
cancer cells this is a more distant shot
20:06
here you see brackets coming up around
20:08
the cells showing groups of ovarian
20:12
cancer cells which are being destroyed
20:32
you can see by the end of the video the
20:35
great many ovarian cancer cells were
20:39
now we attack pancreatic cancer once
20:41
more in the center of the screen is a
20:44
clump of pancreatic cancer cells like a
20:46
micro tumor under the microscope we turn
20:49
on our electronic signals and the tumor
20:52
shrinks and is broken up the cells are
20:57
disconnecting disaggregating the
20:59
opposite of forming a tumor and some of
21:04
the cells are destroyed
21:23
in our most recent work we attack the
21:26
deadly organism Mirza Mirza is
21:30
particularly dangerous because it's
21:32
resistant to many common antibiotics
21:35
thousands of people die every year from
21:37
Bursa they have drugs for it but it has
21:40
they have very toxic side effects we
21:44
found that our electronic signals could
21:47
actually eliminate antibiotic resistance
21:50
in Mirza then by adding a very small
21:53
amount of the common antibiotic we were
21:57
able to kill mersa and slow its growth
22:00
rate since I was a 17 year old high
22:06
school student with twin interests in
22:09
both music and science I never imagined
22:13
the two would come together in a cancer
22:16
research lab I now believe that the
22:20
future cancer treatment rooms for
22:22
children will be a very different place
22:26
it will be a pleasant place where
22:28
children gather and make new friends
22:32
they probably won't even know they're
22:34
sick they'll draw pictures color in
22:37
their books play with their toys all the
22:40
while unaware that above them are
22:42
beautiful blue pinkish plasma lights
22:46
emanating healing pulsing electric
22:49
fields shattering their cancer
22:52
painlessly and non-toxic aliy one cell
