-00:00:00	this circuit that you see has the capability of absorbing energy from its surroundings and that energy is available in the form of radio frequency signals from cellular towers Wi-Fi signals and all and then convert that energy to electricity and then storing that electricity in these capacitors the orange ones that you see and this is 100% correct and I'm going to practically show you everything in this video here you can see that I've pointed the multimeter at DC voltage measurement mode and it is at zero now I'm going to

00:00:34	connect this circuit to my meter pinouts red is positive and black negative you can see that the voltage is increasing little by little and there is no power source given it is still Rising how is that this is because this point that you see is acting as an antenna which is absorbing radio frequency from the surroundings and converting it to electricity and thus storing the charge in these two capacitors in the form of DC voltage right now you can see that uh the charging is only in Mill volts which

00:01:05	is very less we have charged it to 12 MTS now we need a bigger antenna now my body is also a conductor so it is also going to act as an antenna so let's touch it and here you can see that now the voltage is rising rapidly we have crossed 160 volt DC because the antenna is getting a bigger surface area and this also depends on uh the number of cellular t towers and how close they are to uh this device so here you can see that we have achieved around 400 m let's see the max to what it gets so here we have reached 6 volts and

00:01:49	it is still Rising seems like 1 volt is quite close now and you can also Imagine the voltage that is being lost across the these diodes the number of diodes that are connected in series but these diodes are necessary for converting the AC signals to DC now the charging process has reduced quite low I had hoped that it would at least go to 1 volts and uh as you can see that it is maxing out at 889 volts DC yeah 900 now it has again started to rise quite rapidly and finally we have crossed 1 volts and it

00:02:28	is still increasing now I'm going to remove my hand and you should see the voltage and here you can see that the voltage is falling really fast as I disconnected my fingers and once again if I'm going to connect it it's going to start Rising now this is my camera stand and at the bottom you can see some cardboard that is for isolating the tripod from ground and this tripod is going to act as an antena and here you can see this wire on one end I have this clip and the other end is beer nothing so this clip end will be connected to

00:03:03	the tripod as an antenna and the beer end will be connected to the Circuit now the meter is showing 0 volts DC and here I'm going to connect the antenna wire yeah but uh let's first connect these wires you can see it is showing 53 M so let's discharge it first and as soon as I'm going to remove the wire it is going to start energizing and charging once again from zero wire is disconnected connected and the capacitors have already started charging 10.8 and increasing now let's finally connect the antena wire and now there

00:03:38	will be a quick increase go so as we can see here that there is a rapid increase in the charging voltage let's see the max that we can achieve here now I'm not sure that when I'm touching the wires the voltages increasing a lot further no idea how that is happening but uh it is uh intriguing voltage has increased 1.7 volts and uh It is charging really fast wo we're closing at 2 volts oh that is so cool and I'm removing my fingers and here you can see that the voltage is like reducing like initially I thought

00:04:24	that there was this wire that was loose but uh I think that something is happening when I'm touching it with my fingers let's see the maximum that we can do here very close to 2.5 volts wo 3.5 once I remove my fingers it is discharging something is happening with my fingers see it's weird oh now I get it my body is connected to the ground and when I'm touching this wire so we're getting an AC signal from here and here it is uh ground so it is charging the capacitor really fast and it is getting

00:04:59	this polarity which means that it is better when you are going to use this kind of circuit uh you will need some ground seems like we are stabilizing at around 4.5 Vol so here I'm going to do this little experiment I have connected this small buzzer as you can see and the circuit and the voltage here you can see is 460 MTS so one thing that we can notice is that without the ground wire the capacitors are not charging quite well so here I'm going to connect my body once again same as before and you

00:05:32	can see the increase the DraStic in increase we have rageed to 1.8 volts and uh once I'm going to connect this wire which is the positive to the positive then we should hear the buzzing sound and for that I'm going to bring the mic closer to the buzzer here it is this time it is going a little higher yeah yeah 4.5 still and be more close cuz I don't believe voltage is going to be much high and go yeah see the drop in voltage and if I keep it connected nothing and once I disconnect you can see that the

00:06:27	voltage has started Rising once again and once again if I connect it let's wait and let it charge to the ma yeah I think this is it and go the voltage has dropped to4 Vols next here as you can see that I have connected this small LED it is green in color and uh I'm going to charge it once again with my body being the ground and let's test the LED yeah I think that's enough and I'm going to touch this clip to this one and go it was a blink I'm going to do it once again for you people just in case

00:07:22	if you didn't see it and this time after seeing this you should also notice the drop in voltage of the meter go see dropped to 1. 945 volt and now the LED is not glowing at all it is 2 volts so it should be glowing voltage is not going oh there is this little brightness so this time I'm not going to disconnect the wires of the LED and simply going to touch my hand oh I believe you people must be seeing this a little glow from the LED is what we are getting here it is lighting up but it is very dim let's

00:08:01	touch it from this point it should work same yeah how about this one same so as you saw that this circuit produced a voltage of around 4.5 volts which was pretty good so many of you might be thinking that wow 4.5 volts so we can charge our cell phones because they also charge at that voltage value but no uh you get not run many things with this because uh the overall current that is produced through the circuit is very low now coming back to the part because of which I actually made this video the circuit and everything which

00:08:43	is Maxwell chicken BSO many of you might have heard his name because he has claimed that uh he has made a device that can capture uh energy from the radio frequency waves and convert it to usable electricity that can power up like many houses the claim is somewhere around half a megawatt and uh as far as I have researched and I don't believe it to be true because the setup that is going to be required to achieve that is going to be totally impractical and this much big circuit is producing less than

00:09:20	a watt so like in mwatt so you can imagine that how difficult it is to even imagine if something like that is going to be actually possible another of his claim is that he has built an electric car that needs no charging and can run infinitely just on radio frequency waves now that is again not possible because where is the ground and uh without that I don't believe we can get much power and still the setup is going to be a lot more than uh the size of the car and still it will also depend upon the type

00:09:57	of towers like if uh there are brought Channel towers that are available around this kind of big Source then only we can get power in wats so an impractical circuit with not much use but yes you don't have to pay for the electricity to get power out from it so I'm calling it a free energy source although it is not completely free because again it is uh converting radio frequency waves to electrical energy so yeah that's set with the video and I don't believe what the claims are for the Maxwell chicken

00:10:34	but so's inventions uh the patents were not allowed because they were based on perpetual motion type of projects so they were denied and his house as I have researched is still running on the local electricity and he has to pay bills so that's all bye-bye