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[Applause]

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good morning still morning right barely

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last year the SSC meeting Dean Radin did

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a presentation about some data he had

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collected with Bill and a couple other

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guys in a Faraday cage at ions and I

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thought that was pretty interesting so

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after the their talk was over I went up

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and I talked to Dana and I talked to

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Bill and I said you know I do signal

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processing in real life I'd like to get

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the stage and look at it is that okay

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and those of you know Bill will

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understand when he when I tell you his

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answer was of course I would love to

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exploit you and so he you know gave me

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the date our Dean gave me the data and

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so we're going to talk about some of

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that today when ding looked at the data

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before he did find some interesting

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differences between control signals and

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and healing scenarios but nothing that

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was seem to be very systematic although

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they did as bill mentioned discover that

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if they play these signals as audio for

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sensitives intuitive people they could

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blindly tell the difference between the

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two so that was interesting as well

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saga continues what we're going to do

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now I'm going to show you some work that

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I've been doing with the same original

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data that was collected before with a

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very high spectral resolution and also

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some careful searches for short term

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interesting things in the temporal data

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and some results that hopefully will be

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interesting quickly through the

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background bill kind of covered this

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already the original data there were 38

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transducers 33 magnetometers XY and z

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axes so that's 33 Cement sensors and I

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don't know where the 51 always comes

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from when ding gave me the data he said

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I have 20 recordings it gave me 20

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ultimately to work with

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okay that's fair the sampling was 44 20

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kilohertz which is the standard sampling

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rate for CD audio which made it very

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easy for them to play these signals that

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were not originally audio as audio

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signals 24-bit resolution this picture

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bill already had up so I won't spend any

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time on that shows the inside of the

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Faraday cage with all the little sensors

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sprinkled around and of the 20 sessions

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that I work with they were reported

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there are some that are control sessions

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where there is nothing in the box there

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are some where there are a healer and a

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patient both in at the same time as

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doing healing work there are some where

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there are healers charging cotton or

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other artifacts and there are some where

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there's a patient in artifacts but no

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healer presence so we have all those

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scenarios to look at the to analysis

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methods are pretty straightforward that

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I'm going to talk to you about spectral

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analysis

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most of these FFT in fact I think all of

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them are going to show you cover 302nd

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records the fundamental frequency

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resolution you can get is the reciprocal

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of that so it's well below one hundredth

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of a Hertz which allows you my mother

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things look very closely at very low

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frequencies which will turn out the

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important and then a couple of

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approaches to the temporal analysis

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first I looked at histograms of signal

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amplitude where you basically just say

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okay how many signals were this big how

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many or this big I made this big of the

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samples I mean sort dozen depends to get

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a probability distribution and then also

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searching for anything short term

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anomalies anything that looks strange or

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different about the time of the lane

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signal in the beginning I looked at two

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recordings Dean said I'm just going to

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give you two of these one as a healing

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case one it's a control case I'm not

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going to tell you what you want to

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switch go look at the data and tell us

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what you see so I did that and we did

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see some interesting differences between

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the two when I looked at it I had filed

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17 file 18 I don't know which is which

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turned out afterwards 18 was the healing

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case were billing two other guys were

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charging cotton and then the control

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case

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it's nothing in the Faraday cage except

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a crystal I think sitting on the table

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and then later they gave me the rest of

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the recordings or at least I hadn't

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ended up with 20 maybe Dean's still

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holding on the 31 I don't know about

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that but and then there's a whole

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variety of pealing control scenarios to

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talk about so there are a number of ways

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I could go through this

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I thought the journey itself was

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interesting so I'm gonna take you

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through this kind of chronologically in

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the order that things develop we're

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going to first talk about the histogram

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okay and then look a little bit at

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spectral analysis of the signal

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amplitudes

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I'm sorry spectrum spectral analysis of

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the signals and then temporal analysis

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of the signals and then try to summarize

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the results so I want to come back to

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this slide a few times but we're going

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to first talk about the histograms so if

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you look at these two bar charts the one

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closest to me here you'll see two bar

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charts side-by-side there's a red or

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blue or purple my daughter's tell me I

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can't tell the difference between blue

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and purple very well so it's the one

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that's not yellow is the control case

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and the yellow is healing data so over

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here

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well I got some histograms that look

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like this which is what you'd expect if

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there's really nothing going on almost

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the same thing whether it's a healing

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scenario or a control scenario but also

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got some like you see on the other side

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which at first I thought was very

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interesting here it looks as though

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there's something very different about

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the healing case as opposed to the

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control case however it turned out that

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what was going on was there is some 60

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Hertz home in that dataset that was

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creating these larger excursions in the

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dataset so that turned out to be kind of

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a dead end

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gave up on that so histograms didn't

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lead anywhere

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spectral analysis was a little more

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interesting we're going to talk about

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two things that we found one is sort of

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a general elevation of frequencies in

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the spectral frequency range below five

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Hertz it will turn out between control

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cases

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narrow band only about one Hertz wide

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elevation the difference between we see

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sometimes between human cases and the

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control cases first I'm going to show

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you the whole spectrum this is since we

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had a 44 so kilohertz sampling right

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this I don't know that you can read the

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scale but goes up to 22 kilohertz this

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picture looks pretty much all red it's

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just because I told the computer plot

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blue curve then plot the red curve and

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the blue and the red curves fall almost

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exactly on top of each other so you just

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see red but if you expand the scale and

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you look at all those little Peaks

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across there you see almost no

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difference so that looks like there's no

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difference between the healing case in

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the control case this is the file 17 and

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18 I started with except if you look at

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the very very low frequencies this goes

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from 0 to 5 Hertz so this is the very

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low frequency range and you'll see now

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we've got a significant difference

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showing up between the red which is the

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healing case and the blue which is the

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control case it's a pretty big

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difference the vertical scale if you can

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see it or not is about 20 DB so that's

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in that frequency range that's a factor

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of 10 and amplitude or a hundred and

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power so there's a lot of difference

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there turned out this was pretty

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consistent for all eleven magnetometers

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in the Y Channel we saw differences like

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this it doesn't happen in all the cases

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doesn't happen in the other axes here is

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the x axis of the same magnetometer and

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you can see red and blue pretty much

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right on top of each other so we had

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cases like this and we had cases where

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there's a big difference we never had a

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case the other way around where the blue

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is above the red this is a different

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magnetometer another significant

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difference between the two channels this

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is magnetometer seven here's

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magnetometer three so a lot of those now

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this is a slightly different scenario

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the others I showed you were healer

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charging Cotton's was the healing case

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in this case there is no healer this was

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charged cotton with a patient in the

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Faraday cage for the

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so here we have charts cotton showing an

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elevation with a patient versus the

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control case and then there was one

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other scenario that came up where there

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was a they took a 20 minute recording

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and they told the healers for five

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minutes just rest and then for five

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minutes heal for five minutes rest for 5

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minutes heal I broke that up into five

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minute segments of course so we could

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compare the healing periods with the

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patrol periods and in this case it turns

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out that the elevated spectra always

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happened in the wrist periods don't know

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what that means that's what we saw

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here's one example of a narrow band

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spectral elevation case red versus the

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control case let's take a look at some

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of the temporal data there's two kinds

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of interesting events there one I call

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ringing bursts I'm going to show you

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some examples of this they typically

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last a few seconds they have ringing

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oscillations that pop up they almost

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never happen unless there is a patient

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there can be healers a patient or there

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can be an artifact in a patient but if

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the patient's not there we don't see it

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and then the other example is what I

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call the impulse bursts these are very

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short they don't oscillate they tended

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to pop up in lots of recordings and

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probably don't mean anything

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so they're probably just various noise

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so here is a ringing burst with some

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oscillations here's another example of

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those another couple of those here is an

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impulse burst which you can see looks

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very different and so let's try to

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summarize some of that first of all all

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the interesting events happened in the

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magnetometer channels on any others we

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didn't see any of these interesting

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events when the empty one with an empty

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box which is kind of reassuring I think

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almost no events when they're only our

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box so there's really three scenarios of

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interest there's a healer and a patient

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or there is a nahi ler working on an

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artifact or there is an artist

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in a patient this is just a schematic

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you can see the numbers sprinkled around

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those are just having to do with which

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sensor channel so we record an event we

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can figure out where it where reported

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so we're going to tabulate are the

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events supported near the healer or near

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the patient or in the table in between

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and there's three kinds of events to

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talk about the general spectral

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elevation I showed you quite a few of

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those or the narrowband elevation we had

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one picture I showed you but there are a

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lot of those or these temporal ringing

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bursts this tabulates the cases were we

280
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had a healer and a patient both present

281
00:11:23,310 --> 00:11:21,460
most of the time this general spectral

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00:11:26,190 --> 00:11:23,320
elevation seemed to happen on the healer

283
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side two to one in this case the near

284
00:11:30,870 --> 00:11:28,840
been spectral elevations all happened in

285
00:11:33,330 --> 00:11:30,880
this scenario on the patient's side and

286
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most of the temporal bursts happen on

287
00:11:37,680 --> 00:11:35,470
the patient's side I thought this was

288
00:11:39,300 --> 00:11:37,690
interesting you'd think maybe you would

289
00:11:41,220 --> 00:11:39,310
think that you'd be recording things

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around the healer who's doing something

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but maybe if it's all happening from the

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00:11:48,150 --> 00:11:46,300
patient as bill suggested that explains

293
00:11:49,920 --> 00:11:48,160
why we're recording things some of these

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events over on the patient's side

295
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instead this is another scenario where

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we had a healer and artifact but no

297
00:12:02,190 --> 00:12:00,220
patient again two to one or so most of

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00:12:04,620 --> 00:12:02,200
the general elevations happen on the

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healer side the narrowband spectral

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00:12:07,530 --> 00:12:06,310
elevations still happening on the

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patient's side even though there's not a

302
00:12:11,970 --> 00:12:09,520
patient there don't know what that means

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and one temporal burst that happened on

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the healer side I think this is the only

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00:12:17,970 --> 00:12:15,370
event that we saw where there was a

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burst without a patient president and

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then this is the last of the scenarios

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00:12:25,410 --> 00:12:23,680
we have patient and artifact only one of

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00:12:28,080 --> 00:12:25,420
the low-frequency spectral elevations

310
00:12:30,240 --> 00:12:28,090
seem to be on the patient's side the

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00:12:31,910 --> 00:12:30,250
narrowband elevation we had four of

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those and they're on the healer side

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even though there's no healer present

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and two to one for temporal versus on

315
00:12:41,460 --> 00:12:39,850
the patient side so I don't think we

316
00:12:43,770 --> 00:12:41,470
have anything we can call conclusions

317
00:12:44,580 --> 00:12:43,780
but there were maybe some interesting

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00:12:46,980 --> 00:12:44,590
trends here

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00:12:49,620 --> 00:12:46,990
the temporal bursts with ringing seem to

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happen mostly near the patient whether

321
00:12:53,750 --> 00:12:50,430
there's a

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00:12:55,370 --> 00:12:53,760
president or artifact president they

323
00:12:56,690 --> 00:12:55,380
happen around the patient they almost

324
00:12:59,780 --> 00:12:56,700
never happened when there isn't a

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patient the near abandon spectral

326
00:13:04,579 --> 00:13:01,710
elevations also seemed to happen mostly

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around the patient and the general

328
00:13:08,329 --> 00:13:06,570
low-frequency elevation pictures that I

329
00:13:11,360 --> 00:13:08,339
showed you quite a few of mostly seemed

330
00:13:13,670 --> 00:13:11,370
to happen around the healer either when

331
00:13:15,920 --> 00:13:13,680
they're charging cotton or charging some

332
00:13:17,870 --> 00:13:15,930
artifact or when there's a healer and

333
00:13:23,090 --> 00:13:17,880
the patient present but they're in a

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00:13:25,550 --> 00:13:23,100
rest period want to thank bill for

335
00:13:28,070 --> 00:13:25,560
letting me do the work Dean for

336
00:13:30,680 --> 00:13:28,080
providing the data and some helpful

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00:13:32,720 --> 00:13:30,690
comments along the way the in will get

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00:13:38,060 --> 00:13:32,730
Charitable Trusts who understand

339
00:13:45,190 --> 00:13:38,070
provided the original funding that's

340
00:13:53,120 --> 00:13:49,100
the Faraday cage there is a very small

341
00:13:59,870 --> 00:13:53,130
enclosed space is there any kind of air

342
00:14:02,449 --> 00:13:59,880
conditioning or temperature control the

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00:14:05,390 --> 00:14:02,459
reason I ask is that I have recorded

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00:14:09,710 --> 00:14:05,400
similar signals to your ringing burst

345
00:14:11,390 --> 00:14:09,720
when a fan or a motor turns on so I'm

346
00:14:13,579 --> 00:14:11,400
wondering if there's any kind of air

347
00:14:15,320 --> 00:14:13,589
conditioning that might be turning off

348
00:14:25,460 --> 00:14:15,330
and on near a patient who is actually

349
00:14:27,680 --> 00:14:25,470
heating hello I'm just wondering if

350
00:14:33,140 --> 00:14:27,690
you've done any sort of statistical

351
00:14:36,620 --> 00:14:33,150
analysis to try to evaluate the

352
00:14:38,569 --> 00:14:36,630
possibility or preferably refute the

353
00:14:41,360 --> 00:14:38,579
possibility that these various types of

354
00:14:46,990 --> 00:14:41,370
events the ringing bursts the impulse

355
00:14:50,150 --> 00:14:47,000
bursts and so forth are simply occurring

356
00:14:52,490 --> 00:14:50,160
occurring at at random and they've

357
00:14:55,280 --> 00:14:52,500
happened to cluster around during the

358
00:15:00,610 --> 00:14:55,290
interesting periods I think excellent

359
00:15:05,769 --> 00:15:02,949
as as you may know at these low

360
00:15:08,889 --> 00:15:05,779
frequencies typical Faraday shields has

361
00:15:12,129 --> 00:15:08,899
no effect are you planning to do

362
00:15:15,400 --> 00:15:12,139
anything with use magnetic material that

363
00:15:17,980 --> 00:15:15,410
can actually shield in this frequency

364
00:15:19,480 --> 00:15:17,990
range I think two quick comments on that

365
00:15:20,920 --> 00:15:19,490
one I think there will the real answer

366
00:15:22,780 --> 00:15:20,930
to question is I don't know it depends

367
00:15:25,420 --> 00:15:22,790
on bill and whether there's funding to

368
00:15:28,120 --> 00:15:25,430
do that would be a great thing to do the

369
00:15:30,610 --> 00:15:28,130
other comment is that it's interesting

370
00:15:32,769 --> 00:15:30,620
to me that the effects happen seem to be

371
00:15:34,180 --> 00:15:32,779
although we don't have any statistics a

372
00:15:35,889 --> 00:15:34,190
little bit sorted the way they are

373
00:15:39,069 --> 00:15:35,899
between you know things happen on this

374
00:15:40,300 --> 00:15:39,079
side versus that side if it's a low

375
00:15:41,590 --> 00:15:40,310
frequency effect that's going through

376
00:15:44,050 --> 00:15:41,600
the Faraday cage I don't know why it

377
00:15:49,329 --> 00:15:44,060
would favor healing versus control

378
00:15:53,230 --> 00:15:49,339
etcetera but really the fact you get it

379
00:15:58,559 --> 00:15:53,240
Faraday cage there is no effect I could

380
00:16:04,900 --> 00:16:01,600
slide of the ringing burst really was

381
00:16:06,249 --> 00:16:04,910
impressive and but and I apologize if I

382
00:16:09,490 --> 00:16:06,259
should have been following along a

383
00:16:13,689 --> 00:16:09,500
little better what was you know what I'm

384
00:16:16,179 --> 00:16:13,699
talking about the ring yeah I mean what

385
00:16:18,100 --> 00:16:16,189
was the event that started it ringing oh

386
00:16:20,199 --> 00:16:18,110
well we don't know what that was

387
00:16:22,720 --> 00:16:20,209
so it just we don't know all we know is

388
00:16:24,850 --> 00:16:22,730
that it occurred during most of those

389
00:16:27,189 --> 00:16:24,860
occurred occurred around patient and

390
00:16:28,960 --> 00:16:27,199
they've heard during most of them during

391
00:16:31,389 --> 00:16:28,970
a during the rest periods and there was

392
00:16:33,370 --> 00:16:31,399
a healer and a patient so do you learn

393
00:16:36,129 --> 00:16:33,380
the patient or both in the space and the

394
00:16:38,590 --> 00:16:36,139
healer is not actively healing they're

395
00:16:41,170 --> 00:16:38,600
just kind of rest it just happened which

396
00:16:43,960 --> 00:16:41,180
might make something wonder if maybe the

397
00:16:46,960 --> 00:16:43,970
healing happens when they let go

398
00:16:52,779 --> 00:16:46,970
I don't know whatever that a man once

399
00:16:54,249 --> 00:16:52,789
was it was a very quickly man yeah very

400
00:16:56,980 --> 00:16:54,259
interesting experiment thank you very