0:05
oh okay got it Hi how are you
0:11
you're uh not coming through for some reason
0:20
um maybe I've got the wrong uh let me see where my audio is to uh
0:29
now I hear you fine okay okay your your uh video is is not moving or anything
0:35
well I thought I'd save on bandwidth because I didn't have anything to show you you wanna oh okay yeah you know
0:42
you're the one who's going you can see me yeah yeah okay I see you fine
0:52
okay um let me turn off that music
1:09
that's pretty this this is good we got at least we got connected oh yeah
1:15
yeah then next step will be sharing windows or something like oh recording
1:20
so are you recording no I'm not recording my says mine says
1:26
I'm recording so I guess I'm recording yeah yeah it said recording in progress
1:32
uh you don't really need to record anything I don't think well you wanted you wanted to test okay uh uh
1:42
what uh you you have written a letter on uh
1:47
the uh how you wanted to present this
1:53
uh what's the best method for presenting what I need to present
2:00
well I can't remember that letter um what I was thinking of last night is I could start a um
2:07
a space on quora and if you want to it's optional because
2:14
you'd have to pay for it would be advertising to bring in more traffic I'm doing that with a space I started on
2:21
quora contest a Challenge 100 watt light bulb Challenge and
2:26
I'm limited in funds so I have to do the minimum expenditure of five dollars a
2:31
day right is there a uh is there a on your deal where it doesn't cost anything
2:37
to advertise to do this well it doesn't cost anything to start a space
2:43
right so okay let's do that let's not let's not because you know if it doesn't go anywhere that way then then there's
2:50
no reason to spend money for nothing yeah that's true
2:56
yeah mostly I think all my ad is doing is getting visibility and I figure
3:02
that's a gain because at least I want to plant the seed in people's brains even though you know it's not going anywhere
3:09
right well that's the way this seems like it is I I send out these uh emails to people and there's really no feedback
3:16
at all well you know I I didn't I have to admit when you when you came to me I I was
3:23
clueless over what you were doing because I don't have any I didn't I I don't have any experience in
3:30
simulating it and I certainly don't have any experience in building magnetic style circuitry
3:36
right last night looking over it I managed to find some correlations or
3:44
similarities in converting certain parts of your diagram see the other diagrams you showed me I can't make any sense out
3:51
of them but the one you sent me recently the assembly drawing makes sense because
3:57
it's simply how to put it together and the parts um maybe it's different than the other
4:03
diagrams you sent me over about a year ago but it it makes sense to me so that
4:09
at least I can partly understand what's going on and appreciate what's happening
4:14
but it's it's hard for me so you gotta bear with me because I I don't have anything to refer to and I think that's
4:21
the problem with most people when they look at our stuff they don't have anything to refer to right well I've got
4:26
the motor here um there's the motor
4:33
now that's exactly the way your assembly drawing says you built it other than this Fielding this is let me
4:42
see so that's a coil right there let me get some light more light on it
4:51
but I mean it's got two copper plates and of course here's a coil here
4:57
let me get it a little higher so it's a little easier to see
5:10
hopefully my computer doesn't fall on the floor
5:16
okay so could you see that well sure I can see it like before
5:21
um okay so basically here's the coil here and then there's a uh
5:29
there's another coil on the other side there's two coils oh so that's drawing only pertain to
5:36
that coil bowling pertains to this coil of how to assemble just this coil uh the
5:41
motor I got drawings for the motor too but I didn't I didn't send that well you sent me drawings like eight or nine
5:48
months ago that was probably not of this motor this is this was uh okay uh built in
5:56
um test it was it was built and tested in December 22.
6:01
right yeah yeah that's when you sent me drawings okay
6:06
and also in the spring of uh was it oh I wasn't it the spring of last
6:13
year and then December of last year could be yeah so uh so anyway what this what this
6:21
voter does is it's just basically a uh
6:27
an induction motor so it's it's just basically it draws it into iron so this spins like this pulls it in
6:35
to an iron plate let me see if I can show that so you don't power this it
6:43
just spins oh so it's uh it basically it runs on 35
6:49
Watts and uh I'm using the friction of the bearings to calculate how much power it
6:57
actually produces so the so what I do is I I did a pull test on this shaft here and I could
7:03
calculate that it takes about um 3.32
7:11
uh foot well let's see that yeah
7:16
three two pounds per foot of travel so if it travels at a certain speed a
7:22
certain RPM it'll produce a certain amount of wipes it takes a certain amount of watts to produce that so uh let me just turn it on for a
7:29
second it's kind of neat to watch do you have to wait on this uh power supply here
7:37
and uh are you making contact with the motor
7:44
using uh you scraping two wires across yes there's brushes here there's brushes
7:50
on both sides and a commentator on the the wheel this will all be shown later I'll show you all this in a you know in
7:56
drawings later we just want to just this is basically this correct just a show and tell thing
8:11
how much boost do you get with that magnetic shielding covering half the diameter or circumference what's that
8:18
how much boost do you get with that shielding covering half the circumference
8:24
I'll happen I I stopped um
8:30
oh it's making noise I don't hear any noise
8:39
right now it's running 641 RPMs okay
8:50
and it's running on about 85 Watts maybe 90 Watts
8:59
okay so right now it's running on 90 Watts it's running at 600 and
9:10
686. I'm going to turn it off
9:15
okay yeah I'm curious what those bolts are surrounding the circumference what's
9:23
that the bolts are those positions for future coils if you wanted to put on
9:28
more coils yes yes but it's what it was is this was a uh I already had this uh
9:35
the centerpiece for another motor and there's 22 of those those bolt so they
9:40
don't really line up to do anymore if you're going to do yeah it doesn't really work for anything I have to make a new uh a new um
9:48
right
9:53
so I just make another Hub if I was wanting to do a a different uh motor anyway so the uh
10:00
that was that was running on about 90 Watts
10:05
and the uh running at 680 RPM
10:13
I'm going to do the calculation on that real quick
10:18
that's uh 0.32 [Music]
10:25
times 6 80.
10:31
divided by 550 times 746
10:37
that was produced in 295 Watts just then not bad so running running on running on
10:44
90 watts to produce 295. that's three to one that's not bad yeah three point two two eight to one
10:52
uh-huh so that's what so you put energy in to
10:58
get it started and then you've got a mechanical energy and then you've got electrical energy uh keeping it running
11:03
well the the electrical liturgy part is just basically energizing the the magnet
11:10
that's there to a greater point so it but the uh the electrical energy
11:15
is not pushing the motor it's the it's the permanent magnet that's actually pushing the motor so you mean you're
11:20
using electrical energy to um what do you call enhance the magnet uh the
11:25
permanent magnet so without it it'll still run oh yeah well it without the electrical
11:32
part no because it it uh the magnetic uh energy that's there the permanent magnet
11:39
energy only is only as much as a a normal coil would be
11:45
but the other side is also on so there's there's as much
11:51
um input as output it's even when it's off it's even oh but when it's on one one coil is on
11:59
four times uh and then the other one is off
12:05
so the a regular a regular coil produces one when you energize this type of coil
12:11
you get four and then the other side is actually reversed and turns off
12:17
so you got input of four output of zero you know if you were and basically so
12:22
it's like it's like um if you were have the magnet going to iron it would stick and then you turn it
12:28
off and release turn it on sticks turn it off at release but it's going in a circular so you have
12:35
two magnets one is being pulled in at four times the other one is turned off not you know uh
12:41
giving no back EMF this has full EMF four times this as zero
12:47
okay so between the two coils you have this the each each coil was running on
12:52
45 Watts so it's 90 Watts total so you're still getting a gain even with
12:57
the electrical power off because I mean in terms of what convention dictates if it's even Steven Universe yes yes yes
13:07
so that's still pretty good yeah you know it's a neat system I mean it's
13:13
that it's uh what I was originally trying to do was to just turn the magnet
13:18
off is turn the permanent magnet off using the coil but then when I uh energize it the other way and got that
13:25
much power output it's like oh wow okay it changes the whole thing
13:31
um do you have any um you know it would be nice if you had a video that you recorded of of constructing it
13:39
so that you that's a viewer could see where all the parts go or you know I have I have a breakdown
13:45
photographs of the whole thing oh okay so it could be I'll say that again all right we can make a slideshow out of it
13:56
um yeah because I'm curious what the internal structure of the thing is but okay so that'll be I will uh after this
14:04
I will get a whole uh package of those things together and send to you okay
14:10
um so basically the design works very simply it's just there's only two magnets on at a time if you had if you
14:17
had 20 magnets on you'd still only have two at a time you'd have one that's full power and one
14:22
that's off but the but being so the uh the watts would never be over 90 on this
14:29
thing but because of the constant uh they're they're the constant draw into
14:35
the uh induction field the output would be like uh 2
14:41
000 Watts something like that for 90 watts in that 90 Watts doesn't change on
14:47
this particular one because there's so much distance between the magnets um
14:53
you have two only two magnets running if you had all the magnets around there it would be like uh every time the
15:00
magnet came into the position to be on you would have torque you see you you see what I was saying
15:07
there barely um well it's yeah it's okay don't worry about it but there's a lot to
15:14
explain that's part part of what this is all about is getting all this explanation down so everybody understands it well it is a little bit
15:20
hard to wrap your mind around the first time let me take a guess then the court if you had more coils
15:27
then the ones that are not engaged at any particular time they're not
15:33
as if they're not there because they've got reactive power stored in them right yes they're they're it yeah they're if
15:40
they're not on they're not doing anything but they're not drawing anything either but they but their energy they're pre-energized with
15:46
reactive Powers so it's not like they're useless when they're there well they're only they're only useful in
15:54
that time frame right which they're being drawn into the induction oh oh I see so no the gain would be having them
16:01
is that you don't have to wait as long because you're losing exactly exactly you don't have the uh the percentage is
16:08
360 rather than just two it's like if you had two gears turning
16:16
and this gear here produced one horsepower the uh the exchange of that one horsepower is only on the one gear
16:23
but if you have a multitude of Gears there's always being exchanged of that one horsepower and that's kind of how
16:29
this it acts it's acting like a gear or a single gear that's that's being turned
16:35
and on the other side there's no uh resist there's no back resistance because it's off and this one here has
16:42
full power to push so now I it's it's stimulating an idea a suggestion a
16:48
scenario uh what if you only have one coil that you have to use because you're
16:54
only using one coil right at a time so you only need one coil well you still
16:59
have to turn the coil on and then you have to turn it off when it goes out it's like if you're uh
17:05
whatever goes down has to go back up okay so going back up there's no it has
17:11
no weight all right sitting down it has four times the weight going back up it has zero oh so you're relating that to
17:17
gravity then like well yeah well in this point yes okay so if two coils are the minimum
17:23
but you gain Advantage by having more positions yes and it doesn't draw any
17:30
more amps I mean anybody wants by doing no it wouldn't you're right because you only need two coils to operate it so yes
17:37
what if it could be possible I don't know if it's possible what if it could be
17:42
possible if um kind of similar to uh bouncing light around using mirrors you know you go
17:49
around one of these uh Scopes you use when you're a kid to look over the edge of a of a of a horoscope yeah yeah a
17:57
periscope so you've got these mirrors reflecting so what if you had the coils in a different position more closer to
18:03
the axis and you could shuttle the magnetic force from those coils down and
18:11
then out the position you want to when you want it kind of like a commutator situation right well there there's uh uh
18:19
millions of different possibilities using this technology so yes that could be one of those so then you could put in
18:26
as many of these uh in um ghost or uh or
18:31
whatever coil uh magnetic shootings that you would want to get the
18:37
extra gain and still only have two coils and so you wouldn't well yeah limited by
18:43
your Dimensions the construction you could have as many as you want well instead of turning the coils you had a
18:49
multitude of induction Fields yeah yeah so the the the coils would be single in
18:56
the uh the coil the rotor would I mean the field would be rotating yeah a
19:01
multitude of fields yes I thought of that too okay
19:06
wow and actually that increases the if you was to use both coil and that the
19:13
horsepower would increase incredible yeah yeah of course you'd get so much out of it yeah yes
19:20
and but the uh the thing is is that the uh coils if they're if they're not being
19:26
shut off they heat up you know how a coil a regular coil that's just if you just have a magnet
19:32
hooked up to a battery it just heats up yeah yeah so so if you don't shut them off for a duration of time they will
19:39
heat up the other uh way to do this is just have them water cooled just yeah
19:44
Tesla did that with his motor he water cooled it right okay
19:49
and I thought of that too um but yeah there's uh lots of ways to
19:56
get a uh lots of horsepower out of this oh okay and you still you know and the
20:02
the best part about this is that you're only putting in one quarter of the Watts
20:07
that you get out you know at the minimum say that again
20:14
uh the percentage the rate for the maximum could be a thousand to one
20:21
you know input output okay but you lost me on the quarter
20:26
oh um the uh the uh
20:31
when you uh put the watch to a single coil it puts out four times more energy
20:37
than a normal coil oh this specific design I see this specific design right
20:43
any coil will do that I mean any anyone you know it doesn't make any difference how small or how big the um the coils
20:50
are they basically put out four to one to a to a normal coil
20:56
oh um yeah that that design of that coil intrigued me um
21:01
is there um I can't remember oh yes so the similarities intrigues me
21:08
because it looks similar to what I've been dealing with recently the uh two copper
21:15
um discs are basically a low inductance coils
21:20
they're a single Loop of wire with uh a fairly good gauge right right but those particular um
21:28
items are just to hold the wire from uh escaping well but
21:33
did you have you tried plastic versus copper to see if there's a difference no I did I wasn't interested I figured
21:40
the copper would be fine but I'm using it for strength also because this thing is actually turning and uh producing uh
21:48
torque pushing the trying to push the copper coil you know off the coils well I I think it's contributing and of
21:54
course the map could be the magnet I think is a is to me the permanent magnet
22:00
is analogous to a full diode Bridge feeding a capacitor because it's forcing
22:05
a DC situation that's kind of static it just builds up power and then holds it I
22:12
mean is that I don't know I I I don't know if the discs are doing that or not
22:17
uh I haven't done that experiment because what if it would be what that would imply is that you've got voltage
22:24
stored in the coil that never is spent you're just borrowing the voltage but
22:32
you're not spending it yeah that's sort of like what's happening yes
22:37
which is say what what simulators trained me to do is to think about voltage and current as separate issues
22:44
and you got to deal with them separately and you can't just deal with them together so I would deal with the
22:50
voltage as a borrowing condition and then get my current elsewhere because I knew I would have to spend it so it
22:57
looks like that's what you're doing you're dividing your the various tasks so that you can get the over Unity that
23:04
you want otherwise people don't know that over Unity is slightly complicated it's not like rocket science but it's
23:10
not right I I this is really not over Unity uh because it's uh it's using the
23:19
uh only the energy and the magnet which is uh not going over what it is
23:26
you know it's actually unity in but using a permanent magnet source as the unity
23:32
Well yeah if you if you're only considering the permanent magnet but you've also got the electric power to
23:37
consider right but I don't want to call this over Unity at all I'd rather keep away from that no I don't I don't blame
23:44
you some Kaiser you know yes I I don't want to call this that's why I changed it to ettcm oh yeah get away from
23:51
perpetual motion and over Unity so what is that rep acronym represent
23:57
uh energy to torque conversion motor okay yeah well see I forget the guy's name he
24:05
was down in New Zealand I think who did a a magnet motor and he got he shot away from over Unity as well
24:12
yeah well these aren't these aren't over Unity Motors if you're using if you're taking the permanent magnet and using it
24:18
as a propellant you're using it as just like like it would be a fuel
24:24
it's not it's not creating more power than it than it has well it's not exact
24:30
it yeah it's fuel but you're not spending it that's the advantage
24:35
right right but yeah yeah it's not it's not going away but you're also not creating more than it is
24:41
okay so you just reuse it and that's that that itself is a humongous
24:46
Advantage right there oh yeah yeah well it's like it's like the sun you know it's it's not going anywhere yeah Jim
24:54
Murray and Paul Babcock they managed to put their two heads together to create a condition in which they
25:02
reused reactive power so efficiently that they got something like a thousand to one game
25:07
that they claimed if everybody did this in their home meter or on the on their side of the meter they were quoting Tim
25:15
Murray was quoting Tesla I don't know I never heard of this before but if everybody had their system and it was a switching system involving switches and
25:21
capacitors bouncing the reactive power back and forth in-house to get a thousand to one gain because
25:28
they were reusing the reactive power over and over again so I guess if you had inductive loads in your home you'd
25:33
there'd be an advantage right right but you'd have to have it set up to do that so it's um yeah they
25:41
they ran a demonstration I I went to the conference where they had the demonstration and they were lighting a
25:46
light bulb um with a certain gain I can't remember how much it wasn't that much but they
25:53
were drawing power from the outlet on the wall outlet and they got a gain out of it simply because they were reusing
25:58
the reactive power so for right permanent magnet and you're reusing it that's again already
26:06
yes but I still want to keep away from over Unity no that's fine oh I know people turn off with the
26:14
minute they hear that they don't want to read any further all right well like I said what this is
26:20
doing is this is taking the uh the charge of a permanent magnet and just basically using that power it doesn't
26:27
make any difference how long it lasts but you're still only using that amount of power but you well would you be want
26:34
to go so far as to say that you're reusing that power no you're just using it you're not
26:40
reusing it you're just using it what I think a magnet is is a a centrifugal
26:45
force uh once you get it started it it just keeps going like gravity
26:52
that's why I I also have another term called Magna gravity all right so now what how do you relate
26:58
magnetism to gravity um or is that they both blend for a very
27:04
long time and don't use any power to do so yeah okay
27:11
actually both gravity and magnetic are not energy they're not considered energy they are
27:18
considered Force uh the energy is what the magnets do they take a uh the iron and they get it
27:24
moving that's energy is that magnetomotive Force
27:29
well it's like in in gravity uh when what gravity itself is not energy but
27:35
the water that it takes when water starts moving that's uh kinetic energy
27:40
uh so what it is is the water is potential energy once it becomes moving
27:46
then it's kinetic energy but the gravity itself is not energy it creates the energy okay I can appreciate that is is
27:53
the magnetic uh force magnetomotive force is that what that is uh Magneto force is
28:02
um you you take uh you have to have
28:07
power to run the Magneto to get the power out Oh you mean an electromagnet right well
28:14
Magneto was basically just a magnet running over a coil
28:20
that's a Magneto isn't that what you have here no
28:27
don't you have magnets on the shield is that what you have on the shield two magnets I got magnets on the shield but
28:33
they're balancers when it is to balance the load what does that mean what I
28:38
don't understand oh well I have I have um the the output isn't exactly correct
28:43
because it's overpowered slightly so I had to reverse it slightly to get it to uh not be pulled back in on the counter
28:51
reaction side the action site is the four times the counter reaction side to be zero because I've overpowered the
28:58
coil slightly it wanted to be drawn back into the magnet because it actually went past reverse it went past zero
29:05
uh actually uh it turned the magnet off and then turned the electromagnet on slightly to to make it uh the
29:12
electromagnet part draw back in so they're just a balance if he was running it perfect the uh
29:19
input would be four times and the output would be zero
29:25
I'll show that on a drawing should I send you so you're not
29:30
using the magnets as breaking magnets are you no oh some kind of these are you talking
29:37
about the woods are you talking about uh these bag that's here on the side yeah
29:44
yeah yeah they're sticking out there yes those are just balance they're just for for balancing the uh the input output
29:52
um mechanism see when it when this magnet goes in here this one here goes in it's on that's full full power when
29:59
this one here comes out it should be zero but it because I overpowered it slightly because I didn't have the
30:05
correct voltage to use uh it actually reversed and tried to draw back in
30:11
backward it was actually operating backwards so I put a little balance magnet here pushing against it on the
30:17
way out so that it Smooths out the uh rotation it Smooths it out right I'm getting I
30:25
go ahead give that by just uh checking the speed output and just adjusting them
30:30
a little bit backward and forward to get the highest RPM I've got a um notice
30:35
here telling me to pay the money if I want to go over I've got 10 minutes left remaining I'm
30:42
I'm limited to uh 30 or 40 minutes I think right I got that same thing this
30:47
is fine this was just a uh a test meeting so okay they covered a lot this
30:53
is good yeah um what else can be said about it
30:59
um because I don't know enough to ask questions really right well I I'm also talked you know uh
31:05
George Wyman George Wiseman of um Eagle research no
31:11
okay I'm talking he's from New York he's got it also he's also worked in this for
31:16
many many many years he does um different things he does uh
31:23
Brown's gas um generators and things like that
31:28
anyway I've been talking to him and he's also confused but uh yeah so uh he's asking me
31:35
questions so I can come up with answers uh so I'm working with you and him he
31:41
also has a a large uh audience that he's uh communicates with
31:47
I think it would help me if I built it but how much do you know what your expense was in building this particular
31:53
unit well I build things myself so uh and I
31:59
get a lot of parts for free so the only expense I had really was the
32:05
wire and the magnet everything else I had so probably I spent 200 Max
32:12
oh but it would be more if I had to get everything from scratch yes yes but I have my own shop I have my own Fab shop
32:20
um in my yard which is a 40 by 70 which I have everything I have shears and
32:27
welders and rollers and everything oh yeah I've got a total patch I I set
32:33
myself up in life to do this this is my my gold project I see okay I'm not going to manufacture these
32:40
things that's I'm just a researcher yeah yeah um yeah that would help I think in
32:47
understanding if I had a working model that I had to put together myself you know yeah that's that's
32:54
difficult if you don't have a Fab shop well expensive if you have somebody if
33:00
you Outsource it oh yeah definitely I mean if I was the house or this is probably five grand oh okay that's good
33:07
to know um yeah yeah Outsourcing is really expensive uh
33:12
there's no way to further scale this down to a toy size that would uh be
33:18
cheaper uh yeah you could um but this is what I had just to work
33:24
with so I did this all right and uh I had another guy uh in Australia
33:31
which was a uh he was a SolidWorks engineer and I for some reason he he did this
33:39
lost contact with me I haven't been able to contact him so I don't know what's happening there he was I actually sent him everything to
33:46
develop a uh SolidWorks uh simulator
33:51
I don't know what does that mean SolidWorks well SolidWorks is a program that you can put in all of the
33:57
components and it'll work in real time oh the materials of construction yes
34:03
yeah so you can do all computer animation of this thing but it's not just animation it's actually does you
34:09
know you can put in all the magnetic uh field intensities and all the uh um
34:14
inductions and everything and it will show it'll actually run in real time and tell you exactly what's happening and
34:20
you can change the the uh components to whatever you want well that actually have to build the
34:25
thing so that's the name of the product do you know the name of the company uh SolidWorks if you just look it up but
34:32
it's a very expensive program well I'm sure ansys has something similar I think and yeah it's there's there's several
34:38
different ones yes okay yeah I kind of dream or wish I could do something like that because I'm using
34:45
such simple stuff I really don't know what I'm dealing with ultimately you do you have the uh
34:51
capability of making a small magnet and I mean a small electromagnet
34:57
um what's that what's entailed in making a
35:03
little electromagnet well you got the drawing I sent you that drawing of it oh oh um
35:09
okay let me go take another look at that um
35:39
we only have about a minute left on your side really on your side
35:47
four minutes I see four minutes oh okay four minutes remaining yep I I my my
35:53
vision was blurry anyway so uh yeah if you if you uh had a
36:00
a even getting a coil and putting a magnet on the back and putting voltage on it you can see what the difference
36:06
between the not having the magnet and putting a magnet on the back it doesn't really make any difference what size or
36:13
anything it's just uh I do have coils that somebody sent me
36:18
but their core is a powdered iron compressed that's fine
36:24
yeah they've got two windings on them um solid uh copper core I could just
36:30
stick up just stick a permanent magnet on the back you know see what it pulls you know just take a piece of metal and stick to it see what it pulls when it's
36:37
when it's on you know don't use a lot of watts and then put a magnet on the back and then stick it and then pull it off
36:43
and then turn it on and stick it and pull it off and see what you got you'll be it you'll be amazed
36:49
does it matter whether I put it on the end or on the side the end it has to be on the end it has
36:55
to go through it oh okay if you put it on the side you get nothing yeah I've energized them
37:02
with a nine volt battery yes that'll be fine okay yeah I was doing uh pmh experiments to
37:09
see if the core was appropriate and that's when I realized it was not appropriate for a perpetual motion holder you know Edward Lee sculling you
37:15
know it had no remnants to the core so that's when I realized it was probably about yeah those those powdered
37:23
compressed were used in telephones actually okay for a certain reason I guess having
37:30
to do with well they they were they uh did not hold a magnetic charge
37:37
right but why do you want that in a telephone line well because you don't
37:42
want the the you'll get a better uh sound effect if they don't uh stick to
37:49
the uh you know they have to vibrate that's true yeah so that would be high frequency yeah yes well just your voice
37:57
frequency anyway yeah yeah that's well that's high enough okay
38:02
um yeah so we got maybe two minutes so what else can we say in two minutes so I set up uh
38:08
a uh for your email I set up a JavaScript in um web
38:14
page in which you click on the link for the webpage and it pops out your email so that spammers won't be able to even
38:21
find that email okay that doesn't make any difference I set up that email that's dett.tech
38:28
yeah okay I set that one up just specifically so what I'm done I just erase it
38:34
oh okay that's why I didn't want to use my walls lock key because that is my normal email
38:40
I use and I don't want to erase that all right um what else
38:47
um so do you want to uh meet again uh oh yeah of course we'll we'll uh
38:52
email a lot I'm sure okay but yeah we can set up another meeting for a later date
39:00
I could probably uh do a YouTube I couldn't do another Channel I I don't
39:07
have unless we use your phone number um um to set up a separate Channel That's
39:13
exclusively for your stuff otherwise I would just post it to one of my channels
39:19
yes that's fine too okay you know it doesn't make any difference where where it goes it's just you know telling
39:25
people about it and part of it I want you to be uh exposed to this too you know so but yeah to hopefully understand
39:31
it it helps yes definitely okay well I guess
39:37
huh off we go all right thank you okay
39:43
I'll email you a uh some drawings and things okay thanks okay I'll talk to you
39:48
later bye