Speaker 1: You see something's going to happen.
Speaker 2: What? What's going to happen?
Speaker 1: What?
Speaker 2: Welcome to the occult Rejects. This episode, I got the
Speaker 2: spiritual gangster herself, Teresa with me. What is up, Teresa?
Speaker 1: How are you just.
Speaker 2: Amazing this morning? Appreciate you jumping on and covering this
Speaker 2: with me as well. As you can see in the title.
Speaker 2: Since already pressed play, you already have an idea of
Speaker 2: what the show is about. MK Ultra patents. In my opinion,
Speaker 2: I would definitely think that these things were used for
Speaker 2: MK ultra techniques. I don't know if the technically technically
Speaker 2: labeled MK culture of patents, but when you see the
Speaker 2: stuff that we're getting into, you could see like, yeah,
Speaker 2: this is MK style stuff. And I do want to
Speaker 2: give a shout out to a Snappy Dog. Snappy Dog
Speaker 2: on Twitter tagged me and I think one of the
Speaker 2: ones that were actually covering and one of these patents,
Speaker 2: and I was like, Yo, this is a little weird,
Speaker 2: and I looked into it, and then I think I
Speaker 2: started going too other patents and then after that I
Speaker 2: ended up like running into like a list online which
Speaker 2: I could probably include I include the link for it
Speaker 2: was like a list of like I don't know, I
Speaker 2: think it was like forty mk ultra style patents, and
Speaker 2: I was like, yo, what the hell I mean? There
Speaker 2: was a lot of them on there that was like
Speaker 2: really wild, and I didn't even cover them because like
Speaker 2: it's in like another language. At some point, it's just
Speaker 2: like I wouldn't even know what the hell I'm reading.
Speaker 2: I couldn't even explain it, but like you kind of
Speaker 2: have an idea what it's telling you. But was even
Speaker 2: gonna waste my time. But I think we got like,
Speaker 2: depending on how much time we spend, I think like
Speaker 2: seven or nine that were going to cover. And if
Speaker 2: you've been listening to the show long enough, at the
Speaker 2: end you'll realize that one of these people we've actually
Speaker 2: covered before in the past, or one of their techniques
Speaker 2: of meditation. And we also have another good one near
Speaker 2: the end too, So stick around. The best ones are
Speaker 2: at the end, I think are some of the real
Speaker 2: good ones. Last yeah, yeah, yeah, but again, thank you
Speaker 2: very much, Snappy Dog. And before we get going, I
Speaker 2: was so rude, Teresa. I didn't even let you introduce
Speaker 2: like kind of like your podcast and everything. Please go
Speaker 2: ahead and plug yourself everybody.
Speaker 1: Yeah, so thank you for having me on to cover this.
Speaker 1: It's very interesting. And yeah, people can find me on
Speaker 1: The Spiritual Gangsters with yourself as well, so there you go.
Speaker 1: And we actually have a new episode dropping soon, so yeah,
Speaker 1: check it out and also on x and Instagram at
Speaker 1: TS Gangsters pod.
Speaker 2: Yes awesome.
Speaker 1: Oh and for this episode, it definitely needed my tinfoil
Speaker 1: hat because this is extremely conspiratorial. So yeah, for sure,
Speaker 1: if people want one, I do make them, so you
Speaker 1: can hit me up on Etsy. The links that are
Speaker 1: down below blah blah blah, all that good stuff.
Speaker 2: Yeah, definitely check out those hats. I mean, just in
Speaker 2: my opinion for the price that you're paying, I mean
Speaker 2: it's kind of a no brainer almost. Are you're gonna
Speaker 2: pably spend that much for a hat like that in
Speaker 2: the store without the patch on it.
Speaker 1: So yeah, and like if you know, if you want
Speaker 1: something else on it, I can customize them and personalize it.
Speaker 1: People have come up with all kinds of funny stuff
Speaker 1: slang words, nickname or riz. Riz is the best seller
Speaker 1: so far. Tinfoil has been surpassed by Riz. So if
Speaker 1: anyone has kids that are probably age like eight to thirteen,
Speaker 1: you know exactly what we're talking about.
Speaker 2: Is that like a for some reason, I've also kind
Speaker 2: of taken that more of a Canadian thing, is it?
Speaker 2: Or is that being like set up? Oh this is
Speaker 2: this is worldwide?
Speaker 1: So it's at least North America. At least for sure
Speaker 1: American kids also say it, because I think the YouTubers
Speaker 1: who've kind of spread the RIZ slang there a lot
Speaker 1: of them are Americans.
Speaker 2: So I shit you not. I'm gonna be totally honest
Speaker 2: with you. When I when I heard this slang come
Speaker 2: out of your mouth like and you're repeating it from
Speaker 2: the kids, I honestly thought this has got to be
Speaker 2: like that weird Canadian humor, you know, you know how, Like,
Speaker 2: I'm just gonna be honest, how you guys do have
Speaker 2: a little bit of different humors sometimes. I mean, you
Speaker 2: guys had Terrence and Phillips fock sake, No, right, I.
Speaker 1: Forgot about that Tom Green comes from here.
Speaker 2: Like yeah we have some weird oh yeah, like you
Speaker 2: have some like weird, weird sense of human I just
Speaker 2: felt like maybe this is just their weird slang. But
Speaker 2: since it's everywhere, I'm like, oh that's worse. No, the
Speaker 2: best I don't get some of them.
Speaker 1: I was in a hockey tournament for my older son
Speaker 1: in Detroit and then I was passing by the opposing team.
Speaker 1: There was a team I think they're from Ohio or something,
Speaker 1: and all the kids were like, yeah, rees and uh
Speaker 1: sigma and all the words that they say. If parents
Speaker 1: won't know exactly that, you guys will be laughing right now,
Speaker 1: I hope. But I was like, oh my god, it's everywhere.
Speaker 1: They're all the same, no matter where you come from.
Speaker 2: That's that's hard, too funny.
Speaker 3: Yeah, hats hit me up, yes, yes, yeah, if yeah,
Speaker 3: long story short, I totally forgot about the whole plug.
Speaker 2: Just totally screw that up for you. But yeah, if
Speaker 2: you want those hats, go check them out. Uh, it's
Speaker 2: got all the podcast is actually, believe it or not,
Speaker 2: have grabbed something from it too, So definitely check them
Speaker 2: out and the link will be on the bottom. And
Speaker 2: since we're on the fact of you know, selling shit
Speaker 2: at the moment, if you guys feel so inclined, uh,
Speaker 2: you could donate to the show. Since it does cost
Speaker 2: money to run, you can buy me a coffee. There's
Speaker 2: a Patreon where you could just you're not getting anything
Speaker 2: for free. That's one thing. I'm not going to sell anything.
Speaker 2: Uh like you know, I guess episode was.
Speaker 1: Well like selling memberships here.
Speaker 2: Yeah, yeah, yeah, everybody's still going to get the same
Speaker 2: stuff for free. The Patreon is just there basically just
Speaker 2: to make it so don't think you're getting anything extra
Speaker 2: with the Patreon and this buy me a coffee, this
Speaker 2: cash app and stuff like that. If you even want
Speaker 2: to just help us, start listening to the audios more
Speaker 2: and just deal with the commercials. But yeah, if you
Speaker 2: feel so inclined and then you want to help donating to
Speaker 2: the show, because it does cost about two grand a
Speaker 2: month a year and a half a month. If there
Speaker 2: was a month, I wouldn't be doing it, no, because
Speaker 2: two thousand thousand basically.
Speaker 1: Well I can vouch you know co hosting with you
Speaker 1: a bunch. I know you do put basically full time
Speaker 1: work or more into the show. So you know, if
Speaker 1: people enjoy it, please do support it in some capacity,
Speaker 1: whether that's financial or you know, just sharing.
Speaker 2: It, sharing it, sharing it, sharing the podcast would be
Speaker 2: doing all that.
Speaker 1: Helps honestly for real, you know, it's hard for content
Speaker 1: creators to like get seen, so you know, if you
Speaker 1: like the work, please support it and however you can, right.
Speaker 2: Yeah, like for real, I would even like you just
Speaker 2: drop a link somewhere where you know a bunch of
Speaker 2: people might listen to the audio. I'm happy with. Yeah,
Speaker 2: just sharing it that, I mean, that's that's gonna help
Speaker 2: regall it. So yeah, thank you, and thank you for
Speaker 2: mentioning that, Teresa, But uh, right now we'll get all
Speaker 2: all off of that on uncomfortable situations, which I hate
Speaker 2: bringing it up for.
Speaker 3: Self deprecating excuse the ship I've said in the past,
Speaker 3: but I mean, unfortunately, it is fucking expensive to start
Speaker 3: running this stuff, and it's not consuming for sure.
Speaker 2: But yeah, at least I'm not I'm not charging for
Speaker 2: half a fucking show like i'd be like, oh, if
Speaker 2: you want to hear the rest of this show, you
Speaker 2: gotta pay.
Speaker 1: That will never happen.
Speaker 2: Yeah, yeah, all right, now into the patents finally, Subliminal
Speaker 2: acoustic manipulation of nervous systems. Now for the people who
Speaker 2: are listening, uh, you know, keep listening. But if you want.
Speaker 1: If you thanks.
Speaker 2: But if you want you could, I mean, if you really,
Speaker 2: I don't think it's gonna make that much of a difference,
Speaker 2: but it is kind of cool looking. For some of them,
Speaker 2: they're you know, they're interesting. I will be throwing up
Speaker 2: the visuals of like the patent paperwork up on the
Speaker 2: screen as well. The last few, I think, the last
Speaker 2: two that are covered by the same guy that I'm
Speaker 2: just mentioning because we have covered him before. I'm not
Speaker 2: going to be showing that. But for the most part
Speaker 2: the rest of them, you can't see the patents up
Speaker 2: on the screen and the diagrams all right, Subliminal acoustic
Speaker 2: manipulation of nervous systems and that is a date of
Speaker 2: the patent for that is January twenty fifth, two thousand
Speaker 2: and The inventor is Hendrikus g. Lose. He was a
Speaker 2: Dutch born American research physicist and inventor who, beginning in
Speaker 2: nineteen ninety nine, patented a series of technologies relating to
Speaker 2: the manipulation of the human nervous system by electromagnetic means.
Speaker 2: Having formally worked in industrial and defense research related to
Speaker 2: plasma technologies, he was involved in defense research and was
Speaker 2: sponsored by the Defense Advanced Research Projects Agency, also known
Speaker 2: as DARPA. I found that interesting, and there's a pick
Speaker 2: of up on the screen to show how I found
Speaker 2: that out. He was on DARPA paperwork. Specifically, he worked
Speaker 2: on projects related to adaptive stochastic content addressable memory under
Speaker 2: a contract with the United States Army Missile Command. Yo.
Speaker 2: And you know what the crazy thing is is that
Speaker 2: I actually found that out from running it through like
Speaker 2: being AI. Really yeah, yeah, I was. I asked. I
Speaker 2: forgot how I worded it, but I ran his name
Speaker 2: and asked, like, was he involved with the government at all?
Speaker 2: And it pulled this up and actually gave me the
Speaker 2: link for the DARPA paperwork. Wow. I'm gonna be totally
Speaker 2: honest with you. There's been times where I've asked very
Speaker 2: specific questions to the AI and it has actually give
Speaker 2: me some really interesting like information. Yeah.
Speaker 1: AI, that's like wow.
Speaker 2: Like you're really working in my favor at the moment.
Speaker 1: Like it's a good tool for stuff like that, honestly,
Speaker 1: And it's almost like your learning curve. You have to
Speaker 1: know what to ask it. You have to know how
Speaker 1: to ask the right question to get like a deeper answer, right.
Speaker 2: Yeah, I mean there was like books eventually you're going
Speaker 2: to cover Robert Flood. I mean those books are in
Speaker 2: a different language. And I could if I wanted to
Speaker 2: copy and paste and twist them into like which I
Speaker 2: may eventually do for him certain books, I could put
Speaker 2: it into a translator and see certain things like you know,
Speaker 2: it will translate it to an extent, but like these books,
Speaker 2: you really don't know what the hell they're what they're
Speaker 2: really saying. And I was able to put those into
Speaker 2: like the AI and ask it like, what's I forgot
Speaker 2: the phrase I was using Again for me, if you
Speaker 2: get really specific, it seems to work better. I'm not
Speaker 2: promoting the use of this shit. Actually, unfortunately it sounds
Speaker 2: like I guess I am. Yeah, But like I was
Speaker 2: asking it specific stuff about like kind of like an
Speaker 2: overall idea what the book was about, and he was
Speaker 2: doing a pretty good job to where it was like
Speaker 2: I wouldn't have known that well less I asked. So yeah,
Speaker 2: he says, it's pretty interesting, all right. And then now
Speaker 2: this is taken from a I find this kind of
Speaker 2: interesting again, the Hendricus g LUs Now this is taken
Speaker 2: from the Seven Patents of Hendricus g Luis by J. R. Pomerantz.
Speaker 2: I'll twist his link in the bottom. Very interesting, and
Speaker 2: this author thinks the name is fictitious, so as per records,
Speaker 2: Doctor Hendricus j LUs was associated with Plasma Dne Corporation
Speaker 2: during the late fifties. He published an article about Yang
Speaker 2: mills Field in nineteen sixty nine an American Physical Society Journal.
Speaker 2: He set up a shop in Fulbrook, California, and developed
Speaker 2: the Laguna Research Laboratory. Then he worked with the Department
Speaker 2: of Defense, Department of Health in Human Services, and Defense
Speaker 2: Advanced Research Projects Agency DOPA. Again is where he spent
Speaker 2: most of his time. In two thousand and three, he
Speaker 2: became president of Qwave Corporation. Doctor Leus file for a
Speaker 2: business license. The company's own site was ww dot qwave
Speaker 2: dot com and it is nothing more than a copy
Speaker 2: of the site for advertising business and he search for
Speaker 2: business yields nothing more than directory listings. The listings themselves
Speaker 2: provide little additional data other than the business is listed
Speaker 2: for commercial physical research and has a standard industrial classification
Speaker 2: with code of eighty seven thirty one. This classifies them
Speaker 2: for commercial physical and biological research. He is also referred
Speaker 2: to as doctor Henry Loose or doctor Hank Loose. Since
Speaker 2: nineteen seventy eight, he has been awarded eleven patents by
Speaker 2: the US for devices mainly aiming for human nervous systemulation.
Speaker 2: They believe though this site this is interesting. It's an
Speaker 2: anagram for source holdings. But yeah, if you were to
Speaker 2: take that name, it could also spell out source holdings.
Speaker 2: They think it's a group of researchers under the name
Speaker 2: of doctor H. Luce. We're actually a group of hired
Speaker 2: professional professionals researching and inventing such devices which could be
Speaker 2: developed and used for mass mind control syops and behavior
Speaker 2: modification later for the CIA. That's what they think. I
Speaker 2: just wanted to toist that in. I don't know if
Speaker 2: that's real or not, but I was just like, I
Speaker 2: mean something like that wouldn't surprise me put it that
Speaker 2: way either, you know, Yeah, I mean, just like the
Speaker 2: two separate things. But like a lot of people think
Speaker 2: that Shakespeare was a group of people, may not have
Speaker 2: actually been one person. So who knows, like if the
Speaker 2: if the government was again, if the government's involved, like
Speaker 2: who is to say, like, yeah, they're not like fimming
Speaker 2: the entity that created.
Speaker 1: Yeah, I mean it's a weird lasting Yeah, yeah, already
Speaker 1: I'm not weird, unusual, perhaps not common. So like even
Speaker 1: when I saw it. I was like, cool, not strange,
Speaker 1: but it's an anagram.
Speaker 2: Now real quick, I'm just going to read off some
Speaker 2: of the ones that this person did. Apparatus and method
Speaker 2: for generating and containing plasma having high ultra temperatures. An
Speaker 2: optical instrument for measurement of particle size distribution, remote magnetic
Speaker 2: manipulation of nervous systems, pulsative manipulation of nervous systems, method
Speaker 2: and apparatus for manipulating nervous system, Subliminal acoustic manipulation of
Speaker 2: nervous system, nervous system manipulation by electromagnetic fields from monitor.
Speaker 1: What are our faces in front of right now?
Speaker 2: Background of the invention and human subject. Sensory resonances can
Speaker 2: be excited by subliminal atmospheric acoustic pulses that are tuned
Speaker 2: to the frequency the resonant frequency the half hurts, And
Speaker 2: this is something I've noticed in the I think a
Speaker 2: few of them they mentioned this. They half hurt sensory
Speaker 2: resonant effects the autonomic nervous system. It may cause relaxation, drowsiness,
Speaker 2: or sexual excitement, depending on the precise acoustic frequency. Near
Speaker 2: half hurts used the effects of the two and a
Speaker 2: half hurts. Resonance includes slowing of certain cortical processes, sleepiness,
Speaker 2: and disorientation. For these effects to occur, the acoustic intensity
Speaker 2: must lie in a certain deeply subliminal range. Suitable apparatus
Speaker 2: consists of a portable, battery powered source of weak subaudio
Speaker 2: acoustic radiation. The method and apparatus can be used by
Speaker 2: a general public as an aid to relaxation, sleep, or
Speaker 2: sexual arousal, and clinically for the control and perhaps treatment
Speaker 2: of insomnia, trumors, epileptic seizures, and anxiety disorders. There is
Speaker 2: further application as a non lethal weapon that can be
Speaker 2: used in law enforcement standoff situations for causing drowsiness and
Speaker 2: disorientation and targeted subjects. It is then preferable to use
Speaker 2: venting acoustic monopoles in the form of a device that
Speaker 2: inhales and exhales air with subaudio frequency. Summary of the
Speaker 2: invention and then, believe me, there's a lot more stuff
Speaker 2: with this. I'm just covering kind of like some of
Speaker 2: the more important things that it's saying. Experiments have shown
Speaker 2: that atmospheric acoustic stimulation of deeply subliminal intensity can excite
Speaker 2: in a human subject to sensory resonances near half Hurts
Speaker 2: and two and a half Heurts. The resonance is characterized
Speaker 2: by ptosis of the eyelids, relaxation, drowsiness, atonic smile, tenseness,
Speaker 2: or sexual excite, depending on the precise acoustic frequency half
Speaker 2: hurts that is used. The observable effects of the two
Speaker 2: and a half Hurts resonance including a slowing of certain
Speaker 2: critical functions, sleepiness, and after long exposure dizziness and disorientation.
Speaker 2: The finding that these sensory resonances can be excited by
Speaker 2: atmospheric acoustic signals of deeply subliminal intensity opens the way
Speaker 2: to an apparatus and method for acoustic manipulation of a
Speaker 2: subject's nervous system, wherein weak acoustic pulses are induced in
Speaker 2: the atmosphere at the subject's ears, and the pulse frequency
Speaker 2: is tuned to the resonant frequency of the selected sensory resonance.
Speaker 2: The method can be used by general public for control
Speaker 2: of insomnia and anxiety, and for facilitation of relaxation and
Speaker 2: sexual arousal. Clinical use of the method includes the control
Speaker 2: and perhaps a treatment of anxiety disorders, tremors and seizures.
Speaker 2: Is an embodiment suitable for law enforcement operations in which
Speaker 2: a subject's nervous system is manipulated from a considerable distance,
Speaker 2: as in a standoff situation. Subliminal subaudio acoustic pulses at
Speaker 2: the subject's locations may then be induced by acoustic waves
Speaker 2: radiating from eventing acoustic monopole or by a pulsed air jet,
Speaker 2: especially when aimed at the subject or at another material service.
Speaker 2: Blah blah blah blah.
Speaker 1: But yeah, wow, that's wild. The two and a half hurts.
Speaker 1: I feel like, remember when portable phones became like a
Speaker 1: big rage, Like, yes, maybe the early two thousand's, late nineties.
Speaker 1: Don't those run on? Two and a half hurts? I don't,
Speaker 1: I think so.
Speaker 2: I couldn't even tell you. I never even knew anything
Speaker 2: about that stuff.
Speaker 1: I feel like I remember seeing it like on the
Speaker 1: box like all the time. It might have one in
Speaker 1: my house, but yeah, pretty sure that's weird. Definitely mess up,
Speaker 1: all right. Another one of the patents that we found
Speaker 1: is for remote magnetic manipulation of nervous systems, and this
Speaker 1: was patented May twenty ninth, two thousand and one, again
Speaker 1: invented by Hendricus g Leus whether that's an individual or
Speaker 1: a group of people, we don't know, but interesting. So
Speaker 1: this is the rundown. It is an apparatus and method
Speaker 1: for remote manipulation of nervous systems by the magnetic dipole
Speaker 1: field of a rotating bar magnet. Reliance on modulation of
Speaker 1: spontaneous spiking patterns of sensory nerve receptors and exploitation of
Speaker 1: a resonance mechanism of certain neural circuits allows the use
Speaker 1: of very weak magnetic fields. This, together with the large
Speaker 1: magnet magnetic moments that can be obtained with a permanent
Speaker 1: bar magnet, makes it possible to effectively manipulate the nervous
Speaker 1: system of a subject over a distance of several hundred
Speaker 1: meters using a small, portable battery powered device. The method
Speaker 1: can be used in law enforcement for standoff situations. So interesting,
Speaker 1: similar to the previous one. Yeah, here's some background on it.
Speaker 1: So the invention relates to stimulation of nerves by pulsed
Speaker 1: magnetic fields. Such fields induce in the body of an
Speaker 1: exposed subject eddy currents that are proportional to their rate
Speaker 1: of change. The currents may cause classical nerve stimulation, wherein
Speaker 1: the nerve membrane is depolarized enough for the nerve to
Speaker 1: fire at low frequencies such a such a mechanism requires
Speaker 1: rather large magnetic fields. Fortunately, low frequency magnetic manipulation of
Speaker 1: the nervous system is possible by another mechanism which allows
Speaker 1: the use of very much weaker fields. The method uses
Speaker 1: modulation of the spiking patterns of spontaneously fire nerves. That
Speaker 1: this can be done with very small tissue electric fields
Speaker 1: was discussed more than four decades ago by C. A.
Speaker 1: Turuzuolo and THH. Bollock in Measurement of imposed voltage gradient
Speaker 1: Adequate to modulate neuronal firing Proceedings of the National Academy
Speaker 1: of Sciences in the USA. The effects can be exploited
Speaker 1: in magnetic as well as electric stimulation, because the physiological
Speaker 1: effects of the former are solely due to the electric
Speaker 1: field that is induced by the rate of change of
Speaker 1: the magnetic fields and by the electric polarization that occurs
Speaker 1: as the consequence of the induced eddy currents. So a
Speaker 1: little bit more about it. Oscillatory magnetic fields induce electric
Speaker 1: fields in exposed biological tissue and can therefore act on nerves.
Speaker 1: Considerable tissue electric fields are needed to cause firing of
Speaker 1: otherwise quiescent nerves, but very much smaller fields for modulation
Speaker 1: of spontaneous nerve spiking. Still, weaker fields can be used
Speaker 1: for exciting resonances in certain neural circuits through evoked signals
Speaker 1: from afferent somatosensory nerves, which carry the modulated spiking patterns
Speaker 1: to the brain. It has been found that in this manner,
Speaker 1: weak oscillatory magnetic fields with an amplitude between five femtotesla
Speaker 1: and fifty nanotesla can be used for manipulating the human
Speaker 1: nervous system when the fields are tuned to certain frequencies
Speaker 1: near half hurts that cause excitation of sensory resonances. Observable
Speaker 1: physiological consequences of the resonance include toosis of the eyelids, relaxation, sleepiness,
Speaker 1: and sexual excitement, depending on the precise frequency used and
Speaker 1: on the location and duration of the magnetic field application
Speaker 1: to like the last one, both topical and systemic field
Speaker 1: and administration have been found effective. For the latter case, the
Speaker 1: field can be produced over a considerable distance by a
Speaker 1: rotating permanent magnet that has a large magnetic moment. This
Speaker 1: makes it possible to manipulate a subject's nervous system over
Speaker 1: a range of several hundred meters WOW, such as to
Speaker 1: cause relaxation and drowsiness. The method can be used in
Speaker 1: law enforcement. In standoff situations, simple devices which use a
Speaker 1: rotating bar magnet are disclosed. Multiple rotating bar magnets can
Speaker 1: be used, and the phase angles of the magnets may
Speaker 1: then be arranged to cause constructive interference of the magnetic
Speaker 1: fields induced in the subject. Use of square waves for
Speaker 1: the time dependence of the magnetic field gives similar results,
Speaker 1: but there is a peculiar harsh feeling that is absent
Speaker 1: for sine waves attributed to the strong higher harmonics in
Speaker 1: the square wave. The physiological effects induced by the magnetic
Speaker 1: field over an extended time often linger for as much
Speaker 1: as an hour after ending the application. This suggests that
Speaker 1: the endocrine system is affected, either directly or indirectly. Experiments
Speaker 1: for inducing sexual excitement by sinusoidal magnetic fields have been
Speaker 1: performed using topical as well as systemic field application. Topical
Speaker 1: application of a sinusoidal multiple magnetic field of order six
Speaker 1: to the lower lumbar region with the maximum field amplitude
Speaker 1: of about one nanotesla usually causes about thirteen minutes of
Speaker 1: exposure and erection that can be maintained as long as
Speaker 1: an hour. What the heck obfective frequencies depends on yo, right,
Speaker 1: we don't need viagra. Someone protect this inventor because coming
Speaker 1: effective frequency depend on somewhat on physiological conditions, but a
Speaker 1: typical frequency for obtaining this effect is zero point six
Speaker 1: to two hurts. Well, you don't need biography, wle, you
Speaker 1: just need a bar magnet and so frequencies. Okay, that.
Speaker 2: Wone maybe been a little bit drawn out, but there
Speaker 2: were certain things in there that I thought it was
Speaker 2: just like worth like hearing, like just you know how
Speaker 2: it works and what it does.
Speaker 1: Yeah, yeah, it's interesting.
Speaker 2: This won't be a little bit shorter. And this is
Speaker 2: by the man himself here and drink is g loose again.
Speaker 2: And this is from January fourteen, two thousand and three.
Speaker 2: And it is the nervous system manipulation by electromagnetic fields
Speaker 2: from monitors. I'm like Jesus coming at you from everywhere.
Speaker 1: Yep.
Speaker 2: H Physiological effects have been observed in a human subject
Speaker 2: in response to stimulation of the skin with weak electromagnetic
Speaker 2: fields that are pulsed with certain frequencies near half hurts
Speaker 2: or two point four, such as to excite a sensory resonance.
Speaker 2: Many computer monitors and TV tubes, when displayed when displaying
Speaker 2: pulsed images, emit pulsed electric electromagnetic fields of sufficient amplitudes
Speaker 2: to cause such excitation. It is therefore possible to manipulate
Speaker 2: the nervous system of a subject by pulsing images displayed
Speaker 2: on a nearby computer monitor or TV set. Sh that's crazy.
Speaker 2: For the latter, the image pulsing may be embedded in
Speaker 2: the program material, or it may be overlaid by modulating
Speaker 2: a video stream, either as an RF signal or as
Speaker 2: a video signal. The image displayed on a computer monitor
Speaker 2: may be pulsed effectively by a simple computer program. For
Speaker 2: certain monitors, Pulsed electromagnetic fields capable of exciting sensory resonances
Speaker 2: in nearby subjects. Subjects maybe generated even as the displayed
Speaker 2: images are pulsed with subliminal intensity. You know one thing
Speaker 2: I do want to mention. I know I've said it
Speaker 2: a few times on the show before. Maybe it's not
Speaker 2: all that interesting, but I do find it very interesting
Speaker 2: to me when I go to make the audio there's
Speaker 2: only like a certain quality if I want to use
Speaker 2: MP three available. When I go to use an MP
Speaker 2: four make a video, the audio is MP three. The
Speaker 2: quality for some reason is able to go up much
Speaker 2: higher just due to a fact that there's an image
Speaker 2: going on warm with it. I find that extremely weird
Speaker 2: and I don't understand why. And like, if you look
Speaker 2: into like kind of like how sound is even added
Speaker 2: to video, it makes that even weirder. M I think
Speaker 2: this is something weird with that. The invention relates to this.
Speaker 2: The invention relates the stimulation of the human nervous system
Speaker 2: an electromagnetic field applied externally to the body. A neurological
Speaker 2: effect of external electric fields has been mentioned by Wiener
Speaker 2: nineteen fifty eight and a discussion of the bunching of
Speaker 2: brain waves through nonlinear interaction. The electric field was arranged
Speaker 2: to provide a direct electrical driving of the brain. Wiener
Speaker 2: describes the field as set up by a ten hertz
Speaker 2: alternating voltage of four hundred volts applied in a room
Speaker 2: between ceiling and ground. This relaxation device uses motion, light
Speaker 2: and sound, as well as an alternating electric field applied
Speaker 2: mainly to the head. The contact electrode is a metal
Speaker 2: bar in omic contact with the bare feet of the subject,
Speaker 2: and the field electrode is a hemispherical metal headpiece placed
Speaker 2: several inches from the subject's head. Computer monitors and TA
Speaker 2: TV monitors can be made to emit low frequency electromagnetic
Speaker 2: fields merely by pulsing the intensity of displayed images. Experiments
Speaker 2: have shown that the seventy two herd sensory resonance can
Speaker 2: be excited in this manner, and it's subject near the monitor.
Speaker 2: The two point four hurt sensory resonance can also be
Speaker 2: excited in this fashion. Hence, a TV monitor a commuter
Speaker 2: computer monitor can be used to manipulate the nervous system
Speaker 2: of nearby people. The implementations of the inventions are adapted
Speaker 2: to the source of video stream that drives the monitor,
Speaker 2: be it a computer program, a TV broadcast, a videotape,
Speaker 2: or a digital video disc. Now, one of the things
Speaker 2: that I was like kind of going on about in
Speaker 2: the beginning, and some I think some of one other
Speaker 2: patent does do this too going forward. It will talk
Speaker 2: about like kind of like where the technology is and
Speaker 2: where they're saying they can do with this. So part
Speaker 2: of the thing with this pattern as well, is that
Speaker 2: they're saying that you don't have to have shit attached
Speaker 2: to your head anymore. It could be done without wires. Yeah,
Speaker 2: so now you just need a computer screen or a screen.
Speaker 1: When you were reading it too, I was talking about
Speaker 1: you know, contact points and whatnot, and it just made
Speaker 1: me think of, like, you know, all these wearable devices
Speaker 1: that people use now, like fitness trackers, sleep trackers, all
Speaker 1: these different things, like what is that doing to you
Speaker 1: while you wear it? And having the signals like you know,
Speaker 1: well even the AirPods.
Speaker 2: Right, think about that that they're showing you here. This
Speaker 2: is from two thousand and three, so at least from
Speaker 2: this time and probably before there's there's other patents where
Speaker 2: they're showing you how like the wireless stuff isn't needed anymore,
Speaker 2: but like we're using that. Yeah, yeah, the wired stuff
Speaker 2: doesn't need anymore. They can do it wirelessly and we're
Speaker 2: using like what you're talking about right now is included
Speaker 2: with the wires. So technically that's probably really old to
Speaker 2: them now, and we're thinking that's something new.
Speaker 1: Yeah. Well, where they're always like only debuting stuff to
Speaker 1: us probably twenty years behind what they're capable of right,
Speaker 1: so it's pretty scary.
Speaker 2: Actually, oh real quickly, just let me sum this up.
Speaker 2: I wanted to throw this in there because it is
Speaker 2: a little interesting one. It says, for computer monitor the images
Speaker 2: pulses can be produced by a suitable computer program. The
Speaker 2: pulse frequency may be controlled through keyboard input so that
Speaker 2: the subject can tune to an individual sensory resonance frequency.
Speaker 2: The pulse amplitude can be controlled as well. In this manner,
Speaker 2: A program written in visual Basic is particularly suitable for
Speaker 2: use on computers that run the Windows ninety five a
Speaker 2: Windows ninety eight operating system. The structure of such a
Speaker 2: program is described. Production of periodic pulses requires an accurate
Speaker 2: timing procedure. Such a procedure is constructed from the get
Speaker 2: time count function available in the application program interface of
Speaker 2: the those operating systems, together with an exploit extrapolation procedure
Speaker 2: that improves the timing accuracy. I just wanted to and
Speaker 2: clue that it does seem to break about Windows ninety
Speaker 2: five and ninety eight in that band.
Speaker 1: Yeah right, good for this. It's pretty funny, amazing, all right, Well,
Speaker 1: that was really interesting. Here's another one. So patent for
Speaker 1: an apparatus for producing visual stimulation. This is patented October thirtieth,
Speaker 1: nineteen sixty two, and the inventors are Robert E. Corgan
Speaker 1: and hal C. Becker. So the present invention relates to
Speaker 1: an apparatus for producing visual stimulation at levels of awareness
Speaker 1: below that ability of an observer to report the stimulus verbally.
Speaker 1: More particularly, the present invention relates to apparatus for imparting
Speaker 1: useful information to an observer by sub conscious stimulation and
Speaker 1: subsequently resulting in conscious purpose purposive behavior of set observer
Speaker 1: without his awareness of the basis for such behavior. That's
Speaker 1: not cool, said apparatus comprising means for stimulating set observer
Speaker 1: below his conscious recognition level without set observer being consciously
Speaker 1: aware of any change in his environmental and physical status,
Speaker 1: to impart information to set observer at said subconscious recognition level,
Speaker 1: and set observer subsequently utilizing said information at the conscious
Speaker 1: recognition level. Who right, right, Okay, I didn't really.
Speaker 2: Yeah, that's a whole lot to say. We're just mind
Speaker 2: fucking people.
Speaker 1: Yeah exactly, I ain't going to know it, right, Yeah exactly.
Speaker 1: All right, let's continue a little bit more. A great
Speaker 1: amount of experimental work has been conducted in order to
Speaker 1: conclusively establish the fact that the foregoing two levels of
Speaker 1: response do exist. In carrying out these experiments, various types
Speaker 1: of apparatus as well as various media of application were used.
Speaker 1: For example, the experiments can be carried out by means
Speaker 1: of aachistoscope, television, motion pictures, magic lantern devices, controlled flash
Speaker 1: procedures used with signs, controlled temporal increase and decrease of
Speaker 1: brilliance of a sign, and or combinations of the foregoing
Speaker 1: with appropriate auditory stimulation example, radio, telephone, and phonograph. The
Speaker 1: above noted media can be used in various fields of endeavor,
Speaker 1: as will be appreciated from a more complete consideration of
Speaker 1: the invention. Among the fields to which the said invention
Speaker 1: is best applied are one medicine, psychiatry, psychiatry and psychology,
Speaker 1: education as an aide in tea reaching at all levels
Speaker 1: and in particular rehabilitative auxiliary for example, juvenile delinquency. A
Speaker 1: third application is in advertising and marketing, point of sale
Speaker 1: techniques and mass advertising processes. Fourth right fourth application propaganda
Speaker 1: and psychological warfare, conditioning civilian and military personnel, enemy aliens,
Speaker 1: prisoners of war or opposing forces or civilian population. And
Speaker 1: to counter brainwashing, so you can use it to you know,
Speaker 1: prevent the brainwashing. Also and five enhancement of motion pictures
Speaker 1: sounds familiar. This is this patterns from the sixties.
Speaker 2: Right, they just admitted, right, right, psychological warfare in motion pictures,
Speaker 2: which is part.
Speaker 1: Of that, Which is exactly, It's all part of it.
Speaker 1: Our invention is particularly applicable to motion picture and television presentation.
Speaker 1: In this regard, it can be appreciated that the average
Speaker 1: individual is far more likely to come into contact with
Speaker 1: such media in the course of their everyday life. Accordingly,
Speaker 1: the apparatus utilized by us in practicing our invention has
Speaker 1: been primarily concerned with the motion picture and television field.
Speaker 1: A more specific object of the invention is to provide
Speaker 1: apparatus for imparting useful information to an observer and by
Speaker 1: subconscious stimulation and subsequently resulting in conscious purposive behavior of
Speaker 1: set observer without his awareness of the basis for such behavior.
Speaker 1: Set apparatus comprising means for stimulating set observer below his
Speaker 1: conscious recognition level, without set observer being consciously aware of
Speaker 1: any change in his environment and physical status to impart
Speaker 1: information to set observer at his subconscious recognition level, and
Speaker 1: said observer subsequently utilizing said information at the conscious recognition level.
Speaker 1: Holy geez, the way it's written is amazing, all right.
Speaker 1: A further object of the invention is to provide means
Speaker 1: as described here here's to you for whereby information is
Speaker 1: projected on a screen at such temporal speed and or
Speaker 1: light intensity as to make the image of this information
Speaker 1: imperceptible to the human eye, but nevertheless perceptible to the
Speaker 1: subconscious level of awareness, i e. Subliminal, and therefore thereafter
Speaker 1: utilizing this information at the conscious recognition level of the
Speaker 1: human mind.
Speaker 2: Now that made me think of like flashing stuff on
Speaker 2: the screen, Yeah.
Speaker 1: Right, subliminal messaging, or even stuff like concert visuals.
Speaker 2: Yeah, there's a reason the paragraphs.
Speaker 1: Yeah, just a little aside of even had somebody send
Speaker 1: me a recording of the commer break during SNL like
Speaker 1: Saturday Night Live, right, and if you slow it down
Speaker 1: frame by frame, there's these random images flashed in there
Speaker 1: that you don't catch if you don't slow it down.
Speaker 1: It's wild and like so random. I'm like, why is that?
Speaker 1: Even in there was like a lady like breastfeeding was
Speaker 1: like one of them. Another one was like some red
Speaker 1: like flashing thing. It was weird. I'm like, why is
Speaker 1: that even in there?
Speaker 2: You see that a lot of music videos. I've noticed
Speaker 2: that a lot with when I was like covering certain
Speaker 2: things like bands a long time ago, m or just
Speaker 2: looking at things, throwing stuff into my video program. When
Speaker 2: you want to start like editing things, you will. You
Speaker 2: can start going like frame by frame and like there's
Speaker 2: even been time zone like go, I didn't even notice
Speaker 2: that was in.
Speaker 1: There, yo, right yeah, yeah, yeah, like oh wow, that.
Speaker 2: Was like a flash or something as crazy as it
Speaker 2: is too that I come into mind too that I
Speaker 2: think I did cover them this show. There's a long
Speaker 2: time ago. It was probably within like the first three
Speaker 2: months of the Y Patriot Show was the B fifty
Speaker 2: two is in the Tom Tom Club?
Speaker 1: Really?
Speaker 2: Yeah? Yeah, jeez yeah, if you want, I'll continue, you'll
Speaker 2: have to do it.
Speaker 1: Yeah. I think the last bit it's pretty much repeating
Speaker 1: what was already said.
Speaker 2: So yeah for the next one, this one short and
Speaker 2: it's just I find the person who invented this. It's
Speaker 2: just extremely interesting nervous system excitation device. This was issued
Speaker 2: in January and I'm sorry July sixteenth, nineteen sixty eight,
Speaker 2: and the inventor is Flannagan. Gillis Patrick or Patrick Flanagan
Speaker 2: was an American New Age author an inventor. Flannigan wrote
Speaker 2: books focused on Egyptian sacred geometry and pyramidology. Now this
Speaker 2: this blows my mind. In nineteen fifty eight, at the
Speaker 2: age of fourteen, while living in bel Texas, Flanagan invented
Speaker 2: the neurophone, an electronic device that claims to transmit sound
Speaker 2: through the body's nervous system directly to the brain. It
Speaker 2: was apparently in the United States in nineteen sixty eight.
Speaker 2: The invention earned him a profile in Life magazine, which
Speaker 2: called him a unique, mature and inquisitive scientist fourteen years old. Really.
Speaker 2: During the nineteen seventies, Flanagan was a proponent of pyramid power.
Speaker 2: He wrote several books and promoted it by doing lectures
Speaker 2: and seminars cloning. According to Flanagan, pyramids with the exact
Speaker 2: relative dimensions of Egyptian pyramids act as an effective resonator
Speaker 2: of randomly polarized microwave signals, which can be converted into
Speaker 2: electrical energy. One of his first books Pyramid Power was
Speaker 2: featured in the lyrics of the Alan Parsons Project album Pyramid.
Speaker 2: Very weird Yeah. This invention relates to electromagnetic excitation of
Speaker 2: the nervous system of a mammal and pertains more particularly
Speaker 2: to a method and apparatus for exciting the nervous system
Speaker 2: of a person with electromagnetic waves that are capable of
Speaker 2: causing that person to become conscious of information conveyed by
Speaker 2: the electromagnetic waves. Information conveyed by the electromagnetic waves, each
Speaker 2: individual nervous system is at least somewhat selective in respect
Speaker 2: to the frequencies to which it is most responsive. That's interesting.
Speaker 2: A frequency to which the nervous system of a person
Speaker 2: is determined by varying the frequency of a carrier waves
Speaker 2: that are modulated by an information signal such as speech
Speaker 2: or music, and measuring the frequency of such ways that
Speaker 2: produce the sensation of hearing the sounds corresponding to the
Speaker 2: modulating signal. A lot of a lot of weird ship.
Speaker 2: But I even thought, I mean, this guy's a character.
Speaker 1: Huh yeah, apparently very an interesting person. Wow. Well, I
Speaker 1: guess it's you know, when you hear music and you
Speaker 1: get a certain feeling, right as it's manipulating that feeling,
Speaker 1: So say the oral field au are not ore? People
Speaker 1: all listening were wondering, but yeah, interesting, all right? Next
Speaker 1: Crazy patent is an apparatus and method for remotely monitoring
Speaker 1: and altering brain waves. That's great. Its patented April twentieth,
Speaker 1: nineteen seventy six. Inventor was Robert G. Malik. Robert George
Speaker 1: Mallick was an American engineer who was employed from the
Speaker 1: nineteen sixties through seventies by Dorn and Margolin, Inc. A
Speaker 1: New York based communications and TENNA manufacturer, in various design
Speaker 1: and managerial roles, including as head of the Advanced Antenna Section,
Speaker 1: before eventually moving into executive roles, acting as president and CEO,
Speaker 1: and then ultimately joining the board of directors of Medex
Speaker 1: Manufacturing Corp. Following dnm's acquisition in the nineteen eighties. Prior
Speaker 1: to joining d and M Malik had been head of
Speaker 1: the microwave Systems Group at RCA during the late nineteen
Speaker 1: fifties and also served as a consultant on electronic countermeasures.
Speaker 1: Dorn and Margolin, Inc. Was an American communications, antenna research,
Speaker 1: development and manufacturing company. Particularly focused on airborne communication and
Speaker 1: navigation antenna systems for military and commercial use. The business
Speaker 1: was originally founded in nineteen forty seven by Arthur Dorn
Speaker 1: and Joseph Margolin, formerly of the Antenna Designed Section of
Speaker 1: Airborne Instruments Laboratory, as a consulting firm, expanding to include
Speaker 1: research and manufacturing facilities in Bohemia, Suffolk County, New.
Speaker 2: York's high schools in Bohemia.
Speaker 1: Now, let's street from the antenna place.
Speaker 2: That's crazy, that has a pattern.
Speaker 1: Yep, that's interesting. The company was acquired in the nineteen
Speaker 1: eighties by the United Capital Corporation and managed through its
Speaker 1: subsidiary Medex Manufacturing Corp. Until nineteen ninety eight, when Dorn
Speaker 1: and Marglin was sold to AIL Systems, Inc. And merged
Speaker 1: into ail's Antenna Products and Technologies division. That followed two
Speaker 1: years later by AIL Systems merger with Edo Corporation. So
Speaker 1: all that to say, all these guys are merged together
Speaker 1: into one. It's an apparatus for and method of sensing
Speaker 1: brain waves at a position remote from the subject, whereby
Speaker 1: electromagnetic signals of different frequencies are simultaneously transmitted to the
Speaker 1: brain of the subject. In which the signals interfere with
Speaker 1: one another to yield a waveform which is modulated by
Speaker 1: the subject's brainwaves. The interference waveform, which is representative of
Speaker 1: the brainwave activity, is retransmitted by the brain to a
Speaker 1: receiver where it is demodulated and amplified. The demodulated waveform
Speaker 1: is then displayed for visual viewing and routed to a
Speaker 1: computer for further processing and analysis. The demodulated waveform also
Speaker 1: can be used to produce a compensating signal, which is
Speaker 1: transmitted back to the brain to affect a desired change
Speaker 1: in electrical activity. Therein some background on the invention. Medical
Speaker 1: science has found brain waves to be a useful barometer
Speaker 1: of organic functions. Measurements of electrical activity in the brain
Speaker 1: have been instrumental in detecting physical and psychic disorders, measuring stress,
Speaker 1: determining sleep patterns, and monitoring body metabolism. The present art
Speaker 1: for measurement of brain waves employs electrocephalographs, which includes probes
Speaker 1: with sensors which are attached to the skull of the
Speaker 1: subject under study at points proximate to the regions of
Speaker 1: the brain being monitored. Electrical contact between the sensors and
Speaker 1: apparatus employed to process the detected brain waves is maintained
Speaker 1: by a plurality of wires extending from the sensors to
Speaker 1: the apparatus. The necessity for physically attaching the measurement measuring
Speaker 1: apparatus to the subject imposes several limitations on the measurement process.
Speaker 1: The subject may experience discomfort, particularly if the measurements are
Speaker 1: to be made over extended periods of time. His bodily
Speaker 1: movements are restricted and he is generally confined to the
Speaker 1: immediate vicinity of the measuring apparatus. Furthermore, measurements cannot be
Speaker 1: made while the subject is conscious without his awareness, the
Speaker 1: comprehensiveness of the measurements is also limited, since the finite
Speaker 1: number of probes employed to monitor local regions of brainwave
Speaker 1: activity do not permit observation of the total brainwave profile
Speaker 1: in a single test. This shows the wires are removed
Speaker 1: with this invention. The present invention relates to apparatus and
Speaker 1: a method for monitoring brain waves, wherein all components of
Speaker 1: the apparatus employed are remote from the test subject. More specifically,
Speaker 1: high frequency transmitters are operated to radiate electromagnetic energy of
Speaker 1: different frequencies through antennas which are capable of scanning the
Speaker 1: entire brain of the test subject or any desired region thereof.
Speaker 1: The signals of different frequencies penetrate the skull of the
Speaker 1: subject and impinge upon the brain, where they mix to
Speaker 1: yield an interference wave modulated by radiations from the brain's
Speaker 1: natural electrical activity. The modulated interference wave is re transmitted
Speaker 1: by the brain and received by an antenna at a
Speaker 1: remote station, where it is demodulated and processed to provide
Speaker 1: a profile of the subject's brain waves. In addition to
Speaker 1: passively monitoring his brain waves, the subject's neurological processes may
Speaker 1: be affected by transmitting to his brain through a transmitter
Speaker 1: compensating signals. The latter signals can be derived from the
Speaker 1: receiver received and processed brain waves. That's wild. I had
Speaker 1: so many thoughts while I was reading that, and just.
Speaker 2: Like, I like how it's like an intenned company that
Speaker 2: the guy was working with.
Speaker 1: That's crazy. But like, is that how they just decode
Speaker 1: dreams or just like record dreams.
Speaker 2: I find it interesting how it's like it's basically you're
Speaker 2: even interacting with it in a sense.
Speaker 1: Yeah, Well, it's like I love the part at the
Speaker 1: end where like the subject can be affected by this, Well, no, shit,
Speaker 1: it's affected by this transmission of brain waves. Yeah, I
Speaker 1: would think so. But it is reminding me of like
Speaker 1: when you record audio and you're playing these instruments, you're
Speaker 1: making these frequencies and then you literally get how do
Speaker 1: you get that sound onto like a record or like
Speaker 1: a disc, and then someone plays it back and it
Speaker 1: makes the sound again. It's crazy when you think about it.
Speaker 1: So this is reminding me of that. But like with
Speaker 1: human thought and brain activity, this is recording it, compressing it,
Speaker 1: and then someone on the other end is able to
Speaker 1: decipher your brain activity. Like that's great, Gray.
Speaker 2: Yeah, And like the weird thing is that if you
Speaker 2: even look at like how all our stuff works. You know,
Speaker 2: I always mentioned over and over again, eat a magnet,
Speaker 2: and like even like when we save stuff onto air computer,
Speaker 2: a magnet is basically sucking kind of like code onto it,
Speaker 2: right in a sense I don't know. So it's just
Speaker 2: it's very weird when you start thinking like is there
Speaker 2: like light, like how like what is it pulling from?
Speaker 2: Like is there a light or something emitting from us
Speaker 2: that we just don't see that it uses, you know
Speaker 2: what I'm saying, because our eyes only see a certain
Speaker 2: amount of very small sliver. Yeah, whatever's out there. Oh no,
Speaker 2: it's just very interesting on how that actually works.
Speaker 1: Yeah, it's a little bit mind bending.
Speaker 2: Onto the next one. No, it's good, it's good right there. Yeah,
Speaker 2: this one I had to I had to cover this
Speaker 2: when I saw this one because I mean, I don't know,
Speaker 2: I guess it's kind of like a conspiratorial idea, but
Speaker 2: it is true. And it's called method of placing and
Speaker 2: using an electronic identification transponder. And this was shoot back
Speaker 2: in twenty twelve and the event was Kevin Michael Brunsky.
Speaker 2: And this is the one where you are sticking a
Speaker 2: chip in a tooth. So it is real.
Speaker 1: There is a pattern for it.
Speaker 2: Yeah. Abstract the method for identifying individuals. The method entails
Speaker 2: identifying a human with an electronic identification transponder that can
Speaker 2: be interrogated by and communicate within a separate reader unit.
Speaker 2: While a transponder is planted in a surface region of
Speaker 2: a dental structure, namely a mammalian tooth denture a dental prosthesis,
Speaker 2: the reader unit is used to interrogate the transponder. They're
Speaker 2: saying interrogate. I guess they're saying like. Whatever they're using
Speaker 2: basically like pulls the information from the transponder at an
Speaker 2: identification number stored by the transponder, and read additional information
Speaker 2: from the transponder associated with the person in which the
Speaker 2: transponder is implanted. Background of the invention. The present invention
Speaker 2: generally relates to electronic identification methods and devices. More particularly,
Speaker 2: this invention relates to a technique for the preparation, placement,
Speaker 2: and enclosure of a transponder and a tooth a dental prosthesis,
Speaker 2: and the use of such a transponder for identification purposes.
Speaker 2: Transponders and particularly radio frequency identification tags RFID and chips
Speaker 2: microchips have been employed to identify products, inventory, and various
Speaker 2: other inanimate objects and living beings, including pets and livestock.
Speaker 2: For use in product and inventory identification, RFID microchips are
Speaker 2: typically relatively large in size and mountain to an adhesive
Speaker 2: strip for application to the objects of interest. When interrogated
Speaker 2: by a reader unit, the microchip transmits a signal that
Speaker 2: uniquely identifies the object. Use in animals, RFID microchips are
Speaker 2: typically encapsulated in placed beneath the skin by injection. Such
Speaker 2: RFID microchips are typically small, such as about one millimeter
Speaker 2: in length and about one millimeter in diameter, and can
Speaker 2: be coded up to ten digits to uniquely identify the animal.
Speaker 2: A commercial example of such an RFID microchip is sold
Speaker 2: under the name Avid by Avid Marketing, Inc. Norco, California, USA.
Speaker 2: The present invention provides a method for identifying individuals and
Speaker 2: involves the preparation, placement, enclosure of an electronic identification transponder
Speaker 2: in a tooth denture or I dental prosthesis. One thing
Speaker 2: I thought that was kind of like interesting about this.
Speaker 2: I'm really not gonna go on too much longer because
Speaker 2: I had like another two or three paragraphs. I think
Speaker 2: we got the idea. One of the reasons why I
Speaker 2: brought this up is because I do think I mean,
Speaker 2: this was in Twelve Monkeys, if I remember correctly, I
Speaker 2: think he pulled the tooth out of his mouth, and
Speaker 2: online I could be completely wrong, but I was like
Speaker 2: trying to look for like other guys, I'm pretty sure
Speaker 2: I've seen or heard of this and other things before,
Speaker 2: but I found on a Reddit something was actually posted
Speaker 2: about like this idea and it said Spike kids too,
Speaker 2: and I Carly also had that whole idea with a
Speaker 2: chip in Peter's too.
Speaker 1: Yeah, my kids weren't spy kids for a while, I
Speaker 1: think I do vaguely remember. Yeah, I mean, Spy Kids
Speaker 1: is full of soft reveals, shall we say? Yeah, there's
Speaker 1: a whole one about time time travel too, yeah, yeah, yeah.
Speaker 2: And then we got two more left here. I'm gonna
Speaker 2: read the next one and then she'll finish the next one.
Speaker 2: And the reason why I wanted to this is because
Speaker 2: for the new listeners or anybody that's really been listening
Speaker 2: to us for like the last three years. Again, I
Speaker 2: think this was something that was probably covered within the
Speaker 2: first year of the Occult Rejects. We did touch on
Speaker 2: the Gateway Project, and that is basically a series of
Speaker 2: tapes that you will use to meditate with. And it
Speaker 2: does like HEMI sinking and please, different sounds, white noise,
Speaker 2: pink noise, all these different things. It even gives you
Speaker 2: a guiy to meditation. There is a voice, but I
Speaker 2: mean it does specify that that like there is like
Speaker 2: different sounds and stuff that's going to be going on,
Speaker 2: and you know it's Hemi sinks, and just in my opinion,
Speaker 2: there's been people that have used it and they say
Speaker 2: it works. I have tried a few tapes and I
Speaker 2: definitely think it will help stimulate and get you into
Speaker 2: a deep meditation that can help you maybe go places.
Speaker 2: He is the inventor of these next two and this
Speaker 2: first one was May nineteen ninety three. Robert was an
Speaker 2: American radio broadcasting executive who became known for his ideas
Speaker 2: about altered states of consciousness and for founding the Monroe Institute,
Speaker 2: which continues to promote those ideas. His nineteen seventy one
Speaker 2: book Journeys out of the Body is credited by the
Speaker 2: popularizing term out of body experience. Monroe developed Hemi Sink,
Speaker 2: which he claimed could facilitate enhanced brain performances. He was
Speaker 2: one of the founders of the Jefferson Cable Corporation, the
Speaker 2: first cable company to cover central Virginia. The Monroe Institute
Speaker 2: TMI is a nonprofit education and research organization devoted to
Speaker 2: the exploration of human consciousness. Based in Faber, Virginia, the
Speaker 2: United States. Upwards of twenty thousand people are estimated to
Speaker 2: have attended tmi's residential Gateway program during its first thirty years.
Speaker 2: The institute is housed in several buildings on three hundred
Speaker 2: acres of land south of Charlottesville, Virginia, the USA. In
Speaker 2: nineteen seventy eight, this is another reason why we covered this.
Speaker 2: US military evaluated TMI and arranged to send offices there
Speaker 2: for out of body experienced training, and then in nineteen
Speaker 2: eighty three it sent additional officers. The institute has an
Speaker 2: affiliated professional membership and also publishes scientific papers on a
Speaker 2: subject of its own, studies of altered states of consciousness. So, yeah,
Speaker 2: I just didn't. You don't want to bring up again
Speaker 2: that this is from Monroe and that is the guy
Speaker 2: who did all.
Speaker 1: That crazy yeah.
Speaker 2: Yeah. Background of the invention. The present invention relates to
Speaker 2: a method of inducing various states of consciousness and human beings.
Speaker 2: More particularly, the invention relates to a method of inducing
Speaker 2: such states of consciousness through generation of stereo audio signals
Speaker 2: having specific wave shapes which act as a carrier of
Speaker 2: bineurial beat. Bineural beats also go along with hemi synking.
Speaker 2: The resultant bineural beat acts to entertain brain waves into
Speaker 2: unique waveforms characteristic of identified states of consciousness. The invention
Speaker 2: is applicable in areas of learning and behavior replication as
Speaker 2: well as in the area of sleep inducement, and thus
Speaker 2: represents a significant departure from an improvement over over known
Speaker 2: audio based sleep inducement techniques. So much will be discussed below.
Speaker 2: The bineural beat phenomenon was discovered in eighteen thirty nine
Speaker 2: by HW Dove a German experiment. Generally, this phenomenon works
Speaker 2: as follows. When an individual receives signals of two different frequencies,
Speaker 2: one signal to each ear, the individual's brain detects a
Speaker 2: phase difference or differences between these signals. When these signals
Speaker 2: are naturally occurring, the detectid it phase difference provides directional
Speaker 2: information to the higher centers of the brain. However, if
Speaker 2: these signals are provided through speakers stereo earphones, the phase
Speaker 2: this difference is detected as an anomaly. The resulting imposition
Speaker 2: of consistent phase difference between the incoming signals causes the
Speaker 2: binurial beat in an amplitude modulated standing wave within each
Speaker 2: superior olivary nucleus of the brain. It is not possible
Speaker 2: to generate a binurial beat through electronically mixed signal. Rather,
Speaker 2: the action of both ears is required for detection of
Speaker 2: this beat. Summary of the invention in view of the
Speaker 2: foregoing is one object of the invention to provide a
Speaker 2: method of inducing states of consciousness by generating stereo audio
Speaker 2: signals having specific wave shapes. These signals act as a
Speaker 2: carrier of binari beat. The resulting beat acts to entrain
Speaker 2: brain ways into unique waveforms characteristics a characteristic of identified
Speaker 2: states of consciousness.
Speaker 1: Very interesting, all right, So we have one more by
Speaker 1: Robert A. Munroe. It is method of an apparatus for
Speaker 1: inducing desired states of consciousness. It was patented October eighteenth,
Speaker 1: nineteen ninety four. So this is for improved methods and
Speaker 1: apparatus for training human brain patterns. Employing frequency following response,
Speaker 1: which is called f FR techniques facilitate attainment of desired
Speaker 1: states of consciousness. In one embodiment, a plurality of electro
Speaker 1: encephalogram EEG waveforms characteristic of a given state of consciousness
Speaker 1: are combined to yield an EEG waveform to which subjects
Speaker 1: may be susceptible. More readily, In another embodiment, sleep patterns
Speaker 1: are reproduced based on an observed brain pattern during portions
Speaker 1: of a sleep cycle. Entertainment principles are applied to induce sleep,
Speaker 1: and yet another embodiment in trainment principles are applied in
Speaker 1: the work environment to induce and maintain a desired level
Speaker 1: of consciousness. A portable device also is described, so Part one.
Speaker 1: In the field of invention, the present invention relates to
Speaker 1: an improved method of inducing desired states of consciousness, including
Speaker 1: different levels of sleep, in human beings, using a technique
Speaker 1: known as frequency following response FFR. This was developed also
Speaker 1: by Robert Monroe. The invention also relates to apparatus for
Speaker 1: performing the method. A number of areas of applicability of
Speaker 1: the invention are described in accordance with different preferred embodiments.
Speaker 1: While frequencies corresponding to these different levels of sleep are
Speaker 1: not audible, by superimposing those frequencies on some type of sounds,
Speaker 1: such as music, it was determined to be possible to
Speaker 1: induce desired levels of sleep. The individual listening to the
Speaker 1: music would hear the low frequencies with the desired effect
Speaker 1: on brain activity.
Speaker 2: Interesting again, that's Robert Monroe, associated with the Gateway Project
Speaker 2: and the CIA put people in there that that's actually
Speaker 2: if people have ever seen on social media. Again, I'm
Speaker 2: like preaching to the choir here, if these people have listened,
Speaker 2: you know, for my listeners, the listeners that have been
Speaker 2: listening for a while. But some people you might sometimes
Speaker 2: see on social media people saying like, oh, the CIA
Speaker 2: admits that were like in a matrix. You know, it
Speaker 2: shows like that person's head with like you know, the
Speaker 2: slices going through it. Yeah, that's actually the paper. That's
Speaker 2: actually the I guess, you know, the CIA documents that
Speaker 2: are associated with them going into the Gateway project. Okay, yeah,
Speaker 2: from that course they're talking about suppose coming to those conclusions.
Speaker 1: It's interesting.
Speaker 2: Yeah, yeah, yeah, those are those are some mk ultra
Speaker 2: patterns there. I can probably include like the names of
Speaker 2: the patents and stuff in the bottom, and I will
Speaker 2: leave a link that has a list of like I
Speaker 2: think a total of forty of them. I mean, there
Speaker 2: was somewhere where I mean they're like actually using like
Speaker 2: certain type of light and stuff to like hit the
Speaker 2: back of your eyeballs and to affect like you're gangling
Speaker 2: on certain things to certain stuff like that. Again, it
Speaker 2: was like completely other language.
Speaker 1: It just makes me wonder what commercial applications of these
Speaker 1: patents are currently used on us, which I'm assuming is
Speaker 1: probably a lot.
Speaker 2: Yeah, I have no idea, right, so in my opinion,
Speaker 2: those are some MK style patents. Therefore, thank you very
Speaker 2: much Teresa for coming on and doing that with me.
Speaker 1: No problem, was interesting and fun.
Speaker 2: Yeah yeah, yeah, definitely some weird stuff out there. And again,
Speaker 2: go go check out that other list. Uh yeah, that
Speaker 2: is the end. That is the end of another Occult Rejects.
Speaker 2: Uh yeah, thank you again, Teresa. And until the next one.
Speaker 2: Oh and again, just real quick, check out the Spiritual Gangsters.
Speaker 2: Your stuff is in the bottom, and check out her
Speaker 2: hats if you're interested. Elias, thank you so much. Yes,
Speaker 2: and now it's the end of the Occult Rejects and
Speaker 2: until the next one. Everybody be well later