'Zorb' BUSTED!

hello everyone I have a very important message for you all today this is Terminator 3 actress Christina Logan and she's got something to tell us about just how much cancer you're gonna get from radio signals I'm sure by now most of you have heard about the negative effects of Wi-Fi and the 5g network it's carcinogenic it can cause cancer no evidence shows but continue so we are exposed to massive amounts of radiation every day but I have the answer for you it's called the zorb and it looks like this and believe it or not this isn't actually a spoof she's not actually hamming it up this is only some two weeks ago on a YouTube verified Channel that that little button there no no that's good to stop you getting cancer from a Wi-Fi she actually sold those for about a hundred dollars for a pack of three it absorbs 91% of the negative effects of radiation that surround us all the time now that is an interesting claim not that it absorbs the radiation but it absorbs the negative effects of the radiation and saying she just told us that he the Wi-Fi can cause cancer it's carcinogenic it can cause cancer so if it absorbs the effects of radiation that absorbs cancer put it on baby monitors even Smart TVs routers laptops tablets your cell phone so stay safe protect yourself and your loved ones get the zorb go to Christina Logan calm and Shop resorb in my mall today stay healthy everyone and if you're wondering how this amazing little bike sticker thing does all of these incredible things I'll give you a clue it can't okay let's check kilo of penny choose kilo of Velveeta that's exactly what you need to prove how dangerous 5g actually is and then the first clue is maybe but if your device relies on Wi-Fi to and you absorb all that Wi-Fi it's not gonna work anymore so you got two options you can either not buy a baby monitor off you're carrying bomb preneur like Prasanna here you can buy a baby monitor then render it useless withers is all put it on baby monitors even or if you really care you can render it five times more useless than that by getting up five times super-strength desorb for about 100 bucks Smart TVs routers laptops tablets your cell phone oh that's you should definitely get a Wi-Fi router then install a device on it that absorbs all the Wi-Fi I didn't think of it it's so brilliant why are the pretty ones always so dumb your Smart TV your router your cell phone all can be rendered utterly unable to communicate sorry you can remove 91% of their ability to communicate simply by adding this little disk and that's assuming that it works which it doesn't but Chris Donaghy is hardly unique in thinking that our boogeyman in things that she doesn't understand nobody has taken into account the cumulative radiation that we are all getting especially children could where you carry your cell phone make you sick radiofrequency emissions from the school's strong wireless network has triggered headaches nosebleeds and nausea radiofrequency radiation are in fact cancer-causing and are perhaps cause of neurological diseases and cognitive problems and development problem if I ask you how much more radiation does penetrate your body today compared to by 10 years ago well it current depends what sort of radiation you're talking about if you're talking about the modest penetration of your skin the solar radiation gets yeah yeah this already does actually get inside your skin somewhat then yeah it's gonna be basically the same because the Sun solar irradiance is about same as it ever was at about a thousand watt per meter squared now I'm not entirely sure what the radio end of the spectrum is like in total but I do know that those cellphone tasks there they suck up between one and five kilowatts so let's say three kilowatts on average so even at there if you're standing right next to them you're getting about as much heating from that as you would by standing in the full sunlight and by the time you're a kilometer away from those cell towers you're getting about a millionth of the heating effect from the Seoul tower as you're would from standing in the sunlight come on tell me one millionth of the energy that you would get from the Sun is terrifying is it twice as much three times as much now it's a quintillion times more that's a 1 with 18 zeros really 10 to the 18 a billion billion times compared to what 10 years ago compared to by 10 years ago I'm gonna catch you up so small the worms won't even have to chew but that really just doesn't even begin to do this justice in this case I mean remember our guy there he's a kilometer away from the cellphone base station and he's currently getting about a millionth of the heating from that base station as he would if he was standing in the full sunlight so merely if I made that base station a million times more powerful then he would just be getting as much heating from that Seoul tower as he was standing in the full sunlight now it's good up billion times more powerful which would quite literally be like there being a thousand suns in the sky that's just 1 billion times more powerful a base station that's nothing no we can do is increase the heating level by another factor of a billion and then been talked to all these calculations here will be spot-on the money now it's a quintillion times more that's a 1 with 18 zeros so it's really hard to go up against the power of this industry even when you have the facts on your side [Music] that way let's be nice to oli for a second there let's just assume that he's right and that there really is a billion billion times more of this deadly cancer-causing radiation than there used to be well I would mean that there should be a billion billion times more cancer from this radiation than they used to be right okay so let's take a look at the cancer rates fill in the knowledge that these numbers include a factor of a billion billion increase in the cancer caused by Wi-Fi and other EMF radiations of one sort or another now there's a gazillion of varieties of these devices out there on places like Amazon and eBay and the such like but most of them a little more than metallized stickers so this is just to give you some idea of how hard some people push this is bullshit and yeah I mean so this is on Amazon but they're all over a Bay and all sorts of other places as well this one is the pure goods EMF protection cell phone for radiation neutralizing sticker shield blocker anti EMF for all electronics laptops tablets TVs a ten pack a bundle sale for about $30 with would you believe it 770 ratings and a four and a half star rating and look it protects against nuclear radiation nuclear radiation I mean there was me thinking you know you needed meters of concrete to protect against you know high-energy ionizing radiation but no apparently and these little stickers will do it and they also they'll they'll Jam your cell phone your computer and whatever and of course it's a sale they were originally a hundred and fifty dollars for these crappy little stickers but now they're only forty dollars so what do they claim they claim that they've damaged red blood cells that look like that and negative iron healthy blood cells and apparently positive ions are generated by smoking cell phones computers and cars while the negative ions are generated by water anchors ships maybe trees and thunderstorms and each sticker tested for high- iron content it generates lots of negative ions twitch the answer is now that it can't can't get negative ion generation because eventually if all your negative ions leave that means that what's left is only positive ions and sooner or later there'll be an almighty a flash a big bang a thunder bolt and a lonely hole electroneutrality will have been restored yeah eliminates up to 99% of radiation which ok is sort of true in that this is sticker and you can't see throw it therefore it is absorbed all of the visible radiation that is falling on it so yeah this you you could make claims like this of a piece of paper and look at that happy EMF protected family look know neutrally perfectly a radiation there even though it's a this is why it's just so stupid nuclear radiation is you know x-rays gamma rays that sort of thing which are a billion times more energy per photon than the a Wi-Fi being given off by the laptop yeah are your friends and family protected do you experience fatigue headaches brain fog and stress all are symptoms of EMF exposure odd I'm exposed to him half all the time and I get none of those symptoms when I'm exposed to EMF and the solution are stickers emit negative ions which negate the effect of these radiations a it's not magic its science no it's not it's a scam they're just little metallized stickers Oh best their little metal eye stickers you get nothing more out of that than you would for sticking a little piece of aluminium on the back of your cell phone and like I was saying the way she's holding it at the moment actually doubles her radiation exposure I mean if you say let's say that she's got a positioning nice and that the transmitter is here normally the transmitter is sending out in all directions and whereas so previously half the signal would have gone this way half of the signal would have gone this way and now all the stuff that would have gone this way is reflected back in her face it has doubled her radiation exposure some actually increased RF doubling the radiation when used like this with the shielded front flap open folded behind the phone like many people use flipped cases in the real world all of this these small potatoes compared to the most ballsy of these or Wi-Fi blockers which claim they cannot just put a shield around you but around your entire house just by plugging it into a USB power socket so in order to understand why all of these things are bullshit do you've got to understand what 4G is what five jeers and what radio waves are and how they work so you start off with the visible spectrum and then you move off the visible spectrum into the infrared and there I can sort of show you with a thermal camera they can actually see in the infrared what stuff looks like so some things that appear black in the visible or transparent in the infrared this is just one of the nice examples if you get a black polythene bag and of course it completely obscures things to the visible but the infrared it makes almost difference whatsoever and some things that appear black in the visible are actually fairly decent mirrors in the infrared to really highlight that yeah I've got a nice piece of glass and yeah gives you a nice good view of what does it blow up or what's happening on my hand and in the infrared you just get a mirror hello you mirror my lucky chance oh that was I'm sort of pyrophoric graphite here so graphing graphing fascinating stuff and first of all it's remarkably mirror like very good mirror in the infrared it's also a fantastically good conductor and these are general properties that you can extend all the way down to the far end of the spectrum this way which goes down through microwaves and into radio waves so some things radio waves will kind of go through you they're transparent to radio waves or partially transparent to radio waves and some things radio waves reflect off really strongly now one of the things they reflect off very strongly of course is metals and this is how radar works now the light that we're looking at here is called non ionizing radiation because there's not enough energy in the photons to break the chemical bonds if however they're absorbed by something there is enough energy in these photons to make the molecules spin faster they heat up cook it in the case of microwaves quite literally so so that's all of the 45g Wi-Fi radio inin microwaves type stuff all they can do is make the molecules in your body spin somewhat fast which eventually translates into heating now heat is heat it makes no difference whether it's generated by rubbing your hands together all microwaves but the miniscule amount of heating the hip and things like radio waves is farcical now radio waves interact with metals in funny ways which is basically what allows it to act like an antenna but people aren't made out of metal so basically the only way that you can detect that people have absorbed this radiation is to look at the heating that's caused by it and thankfully I've got a thermal camera that will show you tiny differences in temperature now typical microwave runs at about 2.4 gigahertz and if you're thinking oh my god that's the same frequency as my Wi-Fi well you're right the key difference between these two of course is intensity our microwave gobbles up about a kilowatt a thousand watts of power whilst you're routed transmitter is about a tenth of a watt of power so yeah absolutely if you stand next to your Wi-Fi router for long enough there is definitely a a very small chance there'll be a detectable amount of heating there so microwaves start in the Wi-Fi band it's also what's used for 4G and that goes up to about mm 6 gigahertz that sort of thing and the 5g band goes from about 6 to 20 kickers that sort of region but let's start off with microwaves to begin with because if you're worried about the signals from baby monitors a microwave oven a kilowatt of power should probably invoke a grade 5 panic stall if in fact was that I don't know I've got breaking news coming in there apparently we have live footage of Christina Lucan just finding out she's not per desorb on the microwave bad bad Christina used deadly cancer ease to cook your food didn't you now all of microwave ease is essentially a metal box and a lightbulb that makes microwaves it's a little more sophisticated in that it's actually called a cavity magnetron but it's essentially what it is is a light bulb for microwaves and it's putting out about a kilowatt a thousand watts that ten of the old-fashioned hundred watt light bulbs are about the heating rate of a kettle now the metal box of course is highly reflective to these sorts of microwaves but it's not perfect so if you do put metal objects in the microwave they mostly act as mirrors but they will absorb so and that means they heat up eventually the arcing and sparking that sort of thing and that's a little different but of course we're not interested in what happens with metals in microwaves we want to know what happens to humans when they're subjected to these uber dangerous death rays certainly I was rather short of volunteers willing to be microwaved for this video so I settled for a proxy and the proxy that I settled for in this case was Velveeta why Velveeta well it's about 50% water which is so fairly close to the 60 70 or % water in humans plus it comes in Nice slices like this so I can actually open up the block of cheese and take a look at the heating patterns on the inside so let's put some of this stuff in the microwave and see what the heating patterns are actually gonna look like awesome so that there is the thermal camera and that there is the thermal camera reflected in the microwave beautiful and what I'm gonna do now is I'm going to take a nice block of cheese fresh out of the microwave no I'm fresh out of the fridge and we're gonna microwave it and see because we can get through it slice by slice how this actually is heated up by the microwave and he goes boom here we go 30 seconds on the clock so I'm going to stop it at 15 I think just to take a look and see what happened 15 seconds oh oh look at that miss Han focus yeah it is now yes you see the penetration at the corners that is amazing okay let's do another 15 seconds and now is it still the same so yeah you start see the the microwave penetration through the block good all the way this is toasty toasty on the corners I'm serious the top one he's punished raise it all the way around focus in a bit close here there we go so now you sort of see these slices as you go through the block of cheese so cool right okay let's give it another 30 seconds another let's go 420 Charlie should be brave and a molten cheese here I can tell okay there we go and oh it's hot it's toasty now is it toasting the corners and I feel it's not so I'm gonna call it quits of that but let's take a look that our microwave penetration into the block of cheese so you see that if you get down towards the center that is so cool that is awesome hey it's melted on the bottom as well I know there you go so that's the penetration oh the last one that is completely molten amazing awesome so now we have down here a metal box with some cheese the cheese you will see on the thermal camera is there it's cold okay I might have to hold it up a bit there we go there's the cold cheese I'm holding in my hand so what I'm gonna do is you're gonna put the cold cheese in there metal box and then I'm gonna put the metal box in the microwave and we're going to microwave it for let's go for 20 seconds and we will see what happens okay so the first thing is box is quite cold just putting something on the bottom to stop it from touching the bottom of the box and alone excellent so it's not touching any of the sides in there so what we expect to happen here of course is the metal is fairly reflective to microwaves so what we're going to expect to happen however is essentially a merit box it's not perfect merit box so but we'll see what happens so let's go boom and we might get some sparks in there I'm not sure and it doesn't look like we're getting a lot of Sparks and there's not a lot of interesting happening there at the 15-second mark so let's give it a full 30 second work okay and then we'll pull it out and see what our cheese looks like that's 30 seconds and you will see bizarrely enough the top is actually pretty hot you're going on this when I start recording okay it's only just slightly warm to the touch is about the same temperature as my my fingers now see where our T's looks like after 30 seconds and the answer is pretty unmai Kragh waved okay some hints around the outside okay so I'm going to put it in up for another 30 seconds okay and then after that I'm gonna take it out of the metal container and we're gonna microwave it again and then we will see how much that you think that you see there's quite a lot of reflective radiation in that or it's warmed up quite a lot this is only just warm to the touch so if I actually just changed the thermal range on the camera just a little you'll see what I mean okay so and our cheese still remarkably on microwaved okay so just for a comparison here I'm gonna put the cheese in the microwave and we're gonna give it our wine now okay there's ten seconds and already you can see the tea starting to to microwave up on the top okay let's give it another another ten seconds there we go and right now you can again say yeah it's warm to the touch it's it's like cooked so cooked cooked you and eat so funky you get those little little bits at the corner and then this you get down to the bottom it starts getting cooked again I can feel that used to have stuck together and at the bottom awesome so now comes the second challenge now I know that the sign says that this should act right the the wavelength of the microwaves in here is about that long it's like ten centimeters or something so this should in principle be an effective Faraday cage and mostly stop the microwaves from going through that of course assumes that this is a sort of perfect conductor which is not and it's got an open top which means that I'm going to have to put a top on there of some sort which means yeah too close metal contacts with probably gonna get some sparks here but it should nonetheless be effective so I've now got a new block of cold cheese yeah all the best science is done with cottage cheese so just so you can see how shiny the metal is in the infrared there it's just as shiny for the microwaves okay so and this will almost certainly get excited let's go for 15 seconds in the first instance they're almost guaranteed to get arcs and plasma in there [Music] I don't see in anything okay 15 seconds 15 seconds and you can see that the cheese is remarkably uncooked and it's not perfect and after this it's not too bad either it's warming up but okay let's give it another 30 15 seconds okay so they are this is after 30 seconds so now what is this it's not too bad Nighy where where the Khans wait for your contacts you can get in separating the hot and the cheese it's remarkably on microwave a little element of it but in general my little Katie is done a pretty good job of keeping out the microwaves so let's take him on for another 30 seconds it's time to see if or you know anything exciting I don't see sparks or here plasma it's quite common so this will mean that we've had a four minute in the microwave and boom and it's again kind of toasty what's this oh this is hot to the touch this is like burning in places okay I'm going to be you're gonna have to be little careful there and this is warm to the touch ash for Archie's it's happened to parties are there signs there are sayings that it's starting to cook on the outside but this is like after what are we we it had a full minute in the microwave at the moment and just to emphasize how much of the microwaves have been kept out by this this little metal cage here I'm going to put the rest in and we're just going to give it 15 seconds cows 15 seconds that this you'd say 15 seconds without the Faraday cage versus a four-minute with it means that you get quite a difference good that's maybe a decent demonstration of the horror of a thousand watts of microwave power now optimistically the transmitter on your phone is about a thousand times weaker than this so as a random example if you were to say microwave something for 40 seconds that would give you an identical amount of power to about 40,000 seconds of using a cellphone which is give or take 10 hours so now you might think that that would cook your brain for certain except the body is actually quite good of regulating things like air and temperature your heart pumps some six liters of blood around the body per minute which among other things does things like regulate body temperature I mean your body just when you're alive generates about a hundred watts of power so when you're using a cell phone it has to get rid of a hundred and one watts of power but you might think all of this is crazy because only a complete idiot would want to compare seiya microwaving an egg for 40 seconds to using a cell phone take it away zorp hello my name is Warren Jack from Azure today I'm going to demonstrate how the microwave radiation can damage your brain I'm going to do with simple tests using an egg I'm going to put it for 40 seconds now just imagine you your brain on a cell phone because we use this cell phone more than 5 10 15 20 minutes a day Wow aha let's see 20 minutes a day that's give or take about a thousand seconds so that's the equivalent of putting your head in the microwave for one second per day or Sunshine's about our thousand watts per square meter so it's the equivalent of the sun shining for about a second we use it all day long and now this little example is going to give you an idea where radiation can do to the brain our product absorbs radiation it's called desert it's made out of ceramics magnetics and has ability to absorb radiation it curiously our resident Chinese he didn't think if the the rather obvious experiment say for instance putting his egg into the microwave along with his zorb such that 40 seconds later he can triumphantly pull out his egg uncooked and the cheese is remarkably on microwave like you see the radiation is pop the egg in less than 40 seconds and if you sat there thinking this this is gonna be a spoof no one could be these dumb well I'm sorry but I've got predictably bad news for you this is the product be safe protect yourself Zor bit of Wi-Fi and the 5g network its carcinogenic it can cause cancer but I have the answer for you it's called desorb now it's a quintillion times more that's a 1 with 18 zeros so if you stuck it out this long good on you and maybe that's a good time to drop a thumbs up on the video and share it with your friends cool so we more or less put the 2.4 gigahertz stuff to rest what about the 5g well in terms of heating power it's basically the same the 5g however is significantly higher in frequency give or take it's mostly 6 gigahertz up to 20 ish the effect of this is that it penetrates far less well than 2.4 gigahertz so dubbed Emin straight this I've got a 6 gigahertz audio video transmitter here answered the lower end of the 5g band I'll hit see what sort of penetration we can get out of this boy so here I've actually got him pretty powerful five mile it's five gigahertz that's low 5g band type energies and this is actually a super powerful transmitter it's about half a watt 500 milliwatts which means that this thing is full broadcasting video about a kilometer or so yeah and so first thing I should do is show that it actually works as part of an audio-video setup so what I need to do first is let's just turn on my camera we now need to give it some power which is gonna be great because this is gonna tell us how much power this thing actually consumes we know it's only about a half watt transmitter or some so I've scaled this up to about 10 volts here power is of course volts as I can't so you can see this thing this thing sucks up like five was only about ten percent of which it manages to turn into radio signal now we're able to turn on the receiver but everything should boom so awesome you see these have infinite regress there as I transmit from my little camera here let's prove my 5g transmitter to the receiver and they're both on channel 33 so this thing is sucking up the power something crazy so let's see what that looks like on the infrared camera so there we go straight away with our six or so watch this thing's pulling down and you'll see it starts to cook up pretty quick so it passes Wow look at that it's hotter than me already so now comes the real question how much is this this transmitter is belting off the the Wi-Fi yeah I can sort of see it in action that you've got your camera that's going into your 5g transmitter you just came to your 5g receiver who's sending out the signal and on the infrared ya can see that our transmitter is up to about 50 degrees Celsius [Music] [Music] we have just about the perfect setup which in practice means you can't see almost anything on the thermal camera and the reason you can't see really anything on the thermal camera is because everything is the same temperature which is awesome that's how it should be at the beginning so you will see that here it's only when I touch it you can just see the thermal fingerprints that I leave you can see that the transmitter is mostly cool at the moment and this bit which you can't see at all it's not reflective in the infrared the bit the reason you can't see it at all is because they're all at the same temperature and if I hold one for a bet you are saying that that's just what a few seconds of holding it looks like good so this means that we can now power on and see what happens power on we'll give it a little while and see how it goes so you see most of what's happening at the moment is just the radiative heating coming off this thing you know it's basically acting like a a heater that's that's all that you're getting off it at the moment now which is gonna be fantastic because it is just infrared then it'll be absorbed by this piece of paper on the front and you won't get any heating into the back so it's ten minutes so let's go for another ten or so another ten minutes okay [Music] awesome that's half an hour of whacking it with a fairly powerful 5 gigahertz AV transmitter so we can get rid of that now oh there's some signs of radiative heating here I'm gonna put the thermal camera on to these sort of narrowest thermal range that I can get I'm just to give you some idea I'll be incinerating li hot nurse look at their signs there's some penetration so the ambient temperature is about 24 why the look to things directly underneath the transmitter it got up to 26 2 degrees here heating over half an hour and this is about 25 now comes the real test right what does it look like underneath okay science get rid of the first ride fact now now it's an interesting question I am has the heating gone all the way through you can see what just me touching it does to it I can after do it this way and not really maybe hotter on one side than the other yeah it's not helped by it's a bit shiny but you can see quite clearly here that there's almost no penetration more than a centimeter or so n so let's move them off to the side now the main so alright so here we go this is the Velveeta so if it's just radiative heating then of course there should be nothing really that goes through the paper paper would absorb all of the infrared and it looks like there is actually some modest heating there so now we can go through this slice by slice so it really just look like it's just one slice in and that's basically it so the penetration of the 5g is yeah you see him he's actually being cooked look I'm actually here piece of cheese up by about one degree Celsius over mmm half an hour meanwhile if I let go of it you will see that my finger prints will do that in seconds right this just gives you some idea of the sheer power of a decent 5g transmitter so yeah for those out there worried about the horrific power of the 5g and how it's going to kill you you know which it's going to do because it's got the power to maybe slightly heat up a slice of cheese over the period of half an hour yeah for those folks I'm gonna love seeing your reaction the next time ya think of doing something like drink a cup of coffee a little more heating so yeah basically 5g has no the penetration nor the power to do really anything especially if you're talking about the power there you can beginning of portable devices and what heating it does deliver is trivial compared to the amounts of energy that your body absorbs and radiates on a on a minute-by-minute basis so if you found that awesome and interesting and you don't want to miss out on new uploads like this one make sure you hit the notification bell and if you're really liked videos like this and wanna support this channel directly you can do it thanks for watching [Music]

Channel: Thunderf00t

Views: 559,101

Rating: 4.9211836 out of 5

Keywords: zorb, busted, kristanna, loken, terminator, t-x, tx, 5G, scam, ir, infrared, spectrum, science, microwave, graphene, radio, emf, radar, molecules

Id: 4yMbMKTXbpg

Length: 45min 2sec (2702 seconds)

Published: Mon Jun 15 2020