WEBVTT 00:00:00.000 --> 00:00:02.541 No, smaller, please 00:00:02.541 --> 00:00:04.441 this is too yeah, ok. 00:00:04.441 --> 00:00:07.036 Can you smaller the picture is too much. 00:00:07.036 --> 00:00:10.532 Yes! That's.. A bit more, a bit more, a bit more. 00:00:10.532 --> 00:00:12.315 a little bit more please, Rick? 00:00:12.315 --> 00:00:14.688 That we see the whole picture. 00:00:14.688 --> 00:00:17.322 Ok! That's perf... No, you've got to go down, 00:00:17.322 --> 00:00:20.320 you've got to go up, go up? Yeah, that's it, perfect! 00:00:20.320 --> 00:00:23.040 Ok! Carry on Vernie, please? 00:00:23.310 --> 00:00:24.159 Ok, yeah! 00:00:24.159 --> 00:00:30.237 Err, the bottom of this err, err, document you can see the Magrav unit, 00:00:30.237 --> 00:00:32.004 this is err, 00:00:32.746 --> 00:00:35.202 this is the starter that we used, 00:00:35.202 --> 00:00:39.093 and they are numbered as, the bottom part as 1, 00:00:39.493 --> 00:00:41.819 the middle part as 2, and 3. 00:00:42.709 --> 00:00:48.074 These are in the middle, these are err, gans balls, 00:00:48.074 --> 00:00:52.731 which on the upper right we have a legend there, of what's in there. 00:00:52.731 --> 00:00:57.256 Err, err, gans inside the plastic balls, 00:00:57.256 --> 00:01:01.538 these are for the number 1, this is CO2 gans coated, 00:01:01.538 --> 00:01:05.984 for the middle part, err, copper oxide gans coated, 00:01:05.984 --> 00:01:09.384 and on the topmost CH3 gans coated. 00:01:09.384 --> 00:01:13.492 So, as you see, those who already have the Magrav units, 00:01:13.492 --> 00:01:19.900 you can use them by simply adding other components, that is shown above. 00:01:19.900 --> 00:01:25.000 So, we have up on the upper right, oh, upper left, 00:01:25.000 --> 00:01:33.400 err, below the starter circuit, we have our power strip, where we connect our load. 00:01:34.270 --> 00:01:38.923 And on the right side, in the, err of that power strip, 00:01:38.923 --> 00:01:45.577 we have the pink err, box, a refrigerator, represented by the box, 00:01:45.577 --> 00:01:49.047 what's shown inside is a drawing of the circuitry inside. 00:01:49.047 --> 00:01:51.190 But what you see on your refrigerator, 00:01:51.190 --> 00:01:54.440 coming out, is only 2 wires that is the plug, 00:01:54.440 --> 00:02:01.020 there is a 3rd wire there, err, for those that have a capacitor, this one is used in here. 00:02:01.020 --> 00:02:08.500 On, on the upper, that is the light blue box, is a compressor, added by Douglas as a load also. 00:02:09.050 --> 00:02:13.160 Then on the upper right, we have the plasma capacitors, 00:02:13.366 --> 00:02:18.035 these are a special err, type capacitors where we added err, 00:02:18.895 --> 00:02:23.470 an aluminium layer on top of the paper, err, which is also gans coated, 00:02:23.470 --> 00:02:28.960 which the details can be shown on the next page of this document. 00:02:28.960 --> 00:02:33.111 For now let's, let's err, discuss first this page. 00:02:33.111 --> 00:02:40.456 Ok, for the starter circuit, this set up was done using a starter circuit, 00:02:40.456 --> 00:02:43.253 in this case we have err, 00:02:45.195 --> 00:02:52.062 a battery, which is a DC battery running err, a 6 volts, 12 volts DC motor, 00:02:52.062 --> 00:02:56.392 turning the shaft of a submersible pump. 00:02:56.392 --> 00:03:03.722 We open the pump, we have this submersible pump, there is a shaft in the middle, which can be rotated. 00:03:03.722 --> 00:03:11.340 Err, if you supply this pump with the positive and negative at the back, on the right side, this shaft will rotate. 00:03:11.340 --> 00:03:17.910 In this case, we do it in reverse, we rotate the shaft and it will supply err, electricity on the other side. 00:03:17.910 --> 00:03:21.770 So, we use this as a starter source, 00:03:21.770 --> 00:03:28.730 just to start the system, when the system clicks, when you hear a click from the refrigerator, 00:03:28.730 --> 00:03:33.280 then you can disconnect this, and you have a self running system. 00:03:33.880 --> 00:03:39.970 The role of err, the starter is only, just like a car, you cannot run the car without starting it. 00:03:39.970 --> 00:03:47.557 So, this is it, for now, err since this is our first prototype, but works well. 00:03:47.707 --> 00:03:54.457 So we have there a switch, to change over the connection, err, on the right side of the starter circuit. 00:03:54.457 --> 00:04:01.007 You see we have the specs, also, of what err, Douglas used, the type of submersible pump, 00:04:01.167 --> 00:04:04.883 a capacity there, is written, 400 gallons per hour. 00:04:04.883 --> 00:04:09.012 So, you can do the same, this is a very cheap, euh, device. 00:04:09.494 --> 00:04:15.950 Actually, all of these, except for the Magrav, are off the shelf, and every home already have a compressor, 00:04:15.950 --> 00:04:20.240 which is found in the refrigerator, so this is very much do-able. 00:04:20.601 --> 00:04:27.738 In here we showed, euh a detailed connection of wires, on how we connect the compressor, 00:04:27.738 --> 00:04:33.248 the light blue box, and in relation with the refrigerator. 00:04:33.545 --> 00:04:42.123 So, if you follow the lines, all the dots, across 2 lines, means they are connected, 00:04:42.563 --> 00:04:46.233 err, that's this, err, that's what it means. 00:04:47.151 --> 00:04:51.234 So... let's follow the, 00:04:51.775 --> 00:04:57.778 on the capacitors, they are all connected in parallel with each other. 00:04:57.778 --> 00:05:02.148 They, these are all capacitors, of similar construction, 00:05:02.488 --> 00:05:03.951 and... 00:05:05.071 --> 00:05:08.980 they're joined err, together using (oberst??) nano coated wires. 00:05:08.980 --> 00:05:13.779 By the way, all these connections on the capacitors, on the, going to the Magrav 00:05:13.779 --> 00:05:18.983 err, unit are all nano coated wires, err. 00:05:18.983 --> 00:05:20.296 They are all nano coated wires. 00:05:20.296 --> 00:05:27.426 The only that is not nano coated is the power strip, and on the battery side, the starter circuit. 00:05:28.120 --> 00:05:35.540 And of course, the wire, that is from the refrigerator err, that goes to the err, power strip plant. 00:05:40.016 --> 00:05:48.738 Ok? Err, at first, you have to initiate this to charge, 00:05:49.028 --> 00:05:51.219 so it to have the charge. 00:05:51.219 --> 00:05:55.409 When this refrigerator, in the pink, in the pink err, box, 00:05:55.618 --> 00:06:02.274 err, initially charged by our starter circuit, 00:06:03.444 --> 00:06:07.879 we have the detail here, that the motor circuit, 00:06:08.469 --> 00:06:17.645 initially, the, the wire, from err, the connected wire going to the capacitor on that refrigerator, 00:06:18.025 --> 00:06:22.831 charges up this circuit, the SMC circuit, 00:06:22.961 --> 00:06:33.022 up to a point that the changeover to C & R, which is the running coil of the circuit takes over. 00:06:33.022 --> 00:06:37.743 So, the PPC, there you see, it's a switch, built in on the rev, you don't have to put that, 00:06:37.743 --> 00:06:42.655 it's already on the rev, we just put the detail that you can understand the operation. 00:06:42.901 --> 00:06:49.479 So, when the motor is on running condition, this PPC will cut off, 00:06:49.479 --> 00:06:52.578 and will change to running condition, and you hear a click. 00:06:52.578 --> 00:06:54.999 Usually, you rev, when you start your rev, 00:06:54.999 --> 00:06:58.443 you will hear a click in a few minutes, 00:06:58.443 --> 00:07:02.829 maybe less than 3 minutes, or less than a minute, you will hear a click. 00:07:02.829 --> 00:07:08.259 That click is from that circuit err, that cuts off the starting coil. 00:07:08.992 --> 00:07:09.992 With this, 00:07:10.752 --> 00:07:14.112 err, when it is running, 00:07:14.458 --> 00:07:21.439 err, this, err circuit, if it is connected to the Magrav, err, 00:07:21.439 --> 00:07:24.769 they communicate with the Magrav, because this, 00:07:25.179 --> 00:07:30.252 our refrigerator, also at first, runs err, 00:07:30.732 --> 00:07:34.932 just like a generator the moment before it cuts off. 00:07:35.867 --> 00:07:41.111 So, when it, it discharges err, a supply to the Magrav. 00:07:41.111 --> 00:07:44.542 The Magrav is funded, then we have this oscillation between them, 00:07:44.542 --> 00:07:50.524 then we have a mutual err, flow of energy between the load, 00:07:51.434 --> 00:07:56.884 which is the compressor of the refrigerator, and the other compressor, and the Magrav. 00:07:57.216 --> 00:07:59.286 The moment it happens that way, 00:07:59.389 --> 00:08:05.449 we have err, what we call an oscillation between the two, 00:08:05.552 --> 00:08:08.324 then we can disconnect the starting. 00:08:08.324 --> 00:08:15.864 Just like the car, when you start you don't continually turn the key in starting mode, you have to turn it off. 00:08:15.864 --> 00:08:19.054 Similar to that one, this is how it is done. 00:08:19.194 --> 00:08:26.116 So, I could say this is err, primitive way of doing things, but it works well, 00:08:26.116 --> 00:08:33.246 umm, and as you know it, it can carry up to 5 kilowatts of loads. 00:08:35.054 --> 00:08:38.364 The role of the Magrav here is to err, 00:08:39.210 --> 00:08:43.030 provide the extra energy, because if some would say, 00:08:43.030 --> 00:08:46.400 those who are familiar with this circuit, the compressor circuit, they would say, 00:08:46.400 --> 00:08:52.236 “Oh, that's, that's not a Magrav system, that's a generator set up using the compressor.” 00:08:52.236 --> 00:08:53.941 But when you do that, without the Magrav, 00:08:53.941 --> 00:08:58.521 you cannot sustain, because you don't have the extra energy, it will back down, 00:08:58.521 --> 00:09:02.728 because of err, the design of the motor, and of course the resistance. 00:09:02.728 --> 00:09:09.408 With a Magrav, you can sustain, and in fact you can go beyond err, err, 00:09:09.408 --> 00:09:10.478 that point 00:09:12.008 --> 00:09:17.438 that you can supply more than err, 4 kilowatts of err, load. 00:09:18.418 --> 00:09:21.540 The capacitor here is a very important component, 00:09:21.540 --> 00:09:24.040 err, that's why it is designed that way, 00:09:24.040 --> 00:09:26.542 different from our usual capacitors. 00:09:26.972 --> 00:09:30.342 The aluminium layer you can err, 00:09:31.754 --> 00:09:39.617 literally, err, err catch up, that charges from the gravitational field in the middle going up, 00:09:39.617 --> 00:09:47.497 the aluminium there err, is a huge err, err, factor than our previous design of capacitor. 00:09:47.728 --> 00:09:52.479 So, it, it resonates well with our Magrav, 00:09:52.479 --> 00:09:57.399 and the whole system err, resonates back with each other. 00:09:57.399 --> 00:10:05.063 So, this err, is how they communicate with each other, it's just a give and take err, err, situation. 00:10:05.063 --> 00:10:07.046 If you see the red wire and the black wire, 00:10:07.046 --> 00:10:10.216 you will see red wire connects to the black wire, 00:10:10.216 --> 00:10:14.936 black wire connects to the red wire, similar to the grav. connects to the mag. 00:10:14.936 --> 00:10:21.042 This is a consistency in connection, this is how also plasma works, 00:10:21.192 --> 00:10:24.422 magnetical connects to gravitational or gravitational to magnetical. 00:10:24.422 --> 00:10:28.335 So, we have passed this err, months ago, 00:10:28.685 --> 00:10:32.297 we have understood this, and indeed when we have applied this, 00:10:32.297 --> 00:10:36.437 this way, we were successful with the set up. 00:10:40.759 --> 00:10:41.422 Ok? 00:10:41.422 --> 00:10:43.772 Do you have any questions? 00:10:46.043 --> 00:10:52.863 So, Vernie, I've got a question, for the starter circuit, can we also use a fish tank pump? 00:10:53.848 --> 00:10:54.408 Yes! 00:10:54.408 --> 00:10:55.932 This is a fish tank pump! 00:10:55.932 --> 00:10:57.642 This is a fish tank pump, ok! 00:10:57.642 --> 00:10:59.333 Yes, it is a fish tank pump. 00:10:59.333 --> 00:11:03.225 We... you've got to understand, when this was set up 00:11:03.225 --> 00:11:08.231 err, looked at the easiest way to do it, that it can deliver.... 00:11:08.231 --> 00:11:10.163 Just one second, please? 00:11:13.108 --> 00:11:15.154 Hello?