"Are you f*king serious? I've never seen a chef serve microwaved shrimp before. In my entire life. Electron beam? More like electron SCREAM!" --- Chef Gordon
This is why i love science, sometimes science is years of vigorous study, hypothesising, testing, and cross checking, and sometimes it's as simple as "hey, what happens if we throw a go pro in it?"
@@TheSHJGaming The blue light is just visible light: electrons ionize air and you can see air glowing, just like northern lights. The white spots are X Rays, generated from the interaction of electrons with molecules.
@@RAPOtheLLAMA Oh, I wasn't actually asking it as a question, I was trying to give him the answer without actually telling him. But yeah, you're right.
Everything in this, from the gray bricks and warning signs, to the approuching hum and eerie glow after the tunnel goes completely dark, to the sudden and dramatic increase in noise and interference as we pass through the beam, is so much more menacing, intriguing, terrifying, etc. than any recent attempt at science fiction or horror I've seen in the last decade
I was going to mention this. Despite it just being a camera on a cart being run through a several-rooms-sized machine it felt like a clip from an internet horror series. The beam causing genuine distortion to the picture after turning the last corner in the hallway cemented that. Now just put a halloween decoration or creepy mannequin in the beam chamber, film another run, and upload it to a new channel with no context or information and you'd have an internet mystery for years I'm sure haha.
@@AstronomyKid that's just what all the atomic particles want us to believe. You gotta do your own research, by going through an electron irradiator with a gopro strapped to your head.
@@TheSpaceMomma true, right? It's like watching a video of someone doing wielding and feelling that you for certain will lose your vision if you watch it without eye protection.
@@steel4388so is the blue counter on the bottom left corner that didn't make it through alive, despite having less complexity and less things to go wrong than an action camera
It completely messes up the sensor but the camera survives... amazing. Thank you for this exceptional video! Who would ever know what that looks like....
First time I saw this, over a year ago, I wasn't entirely sure what I was seeing. After a year of learning more, I now understand how freaking awesome this is to be able to visually see!! 👍
I love how subtle the entry into the area it effects is, with the fuzz being all sparse at first before suddenly ramping up as the camera goes directly under the beam
This video, like nothing else I've ever seen truly makes the internet such a wonderful place. This is something no one would otherwise ever have seen apart from maybe medical students becoming radiologists.
Notice how brilliantly the package tape holding down the tripod fluoresces under the beam and also the two rings of white LED strips above and below the camera too. Also note the huge chunk of calcite still phosphorescing bright orange when the guy takes it off the tray at the end. It seems to be warm to the touch and the glow surprises that blue hat guy when it's put in the shade of that other guy's coat.
@@we4selradio591 More precisely, it is probably room temperature thermoluminescence. Indeed as I type this I see that there is an image of one Dr. Timothy Koeth from U Maryland Applied Physics holding one of the exact same kinds of specimens (iceland spar type manganocalcite) visible in this video irradiated at the very same facility, where they report that cooling the glowing calcite to 0C eliminates the luminescence entirely, and heating it to 110C reveals its maximum brightness. (search his name and calcite / thermoluminescence and you can read more about it). Why is this video so popular today?
@@Bailey-k2j I meant as in they look that way because that’s how your brain views “nothing”. I’m sorry for not being clear I was sleepy. Whenever it’s pitch dark, aka no light, what happens is there is no colour. No object has colour in darkness. So your brain adds a slight colour to everything because that’s how it remembers it. Which is why you see colour in darkness. And when you can’t see anything, your brain dosent know what to colour and with what colour
@@Zawarudo_tokiya_tomata No. I see white noise, except it is blacks, purples, and blues. And they all move around very fast, like white noise. Sometimes they make shapes and patterns.
@@Bailey-k2j Yes exactly. That’s your brain adding in colour to non existent shapes and objects. Mostly dark colours with the exception of a view. We all have it. You do not have radiation poisoning. Because this static effect only works on cameras because they can’t process the energy of radiation particles hitting the camera.
That with 3/8” shielding all the way around and 5/8” directly in the beam path the sensor was *that* affected is quite impressive and honestly a little scary. It’s good that irradiators are very well interlocked and labrynthed off. Also quite impressive that that beam is generated rather than being a source that’s exposed
Linear accelerators have been in use for cancer treatment for a long time, due to the fact the beam is switchable: no more radiation needed or a lower dosage, different pattern on the pattern window, all doable, and in the case of a linear accelerator much easier than with an isotope of whatever sort. (Not that isotopes have ceased to be used for cancer treatment at all, but they have started falling out of favor more and more). With a linear accelerator you only need a stupidly powerful stepup-conversion circuit room filled with step up transformers and other equipment to get to such a high voltage you can start to bombard particular metals on a plate with them to produce the desired radiation (it's sort of how X-ray machines work, just with a different type and wavelength of exposure, and typically with a lower amount of power). A hospital in my country that has specialized in cancer treatment mentioned that they favor the linear accelerator over isotopes because the hospital is right in the middle of a neighbourhood and sees military style lockdowns upon transportation of a new source into the hospital: the lobby has to be completely evacuated, streets get cordoned off and staff is evacuated from the floor that will eventually use the new source, and that's leaving out the transportation of said material to the hospital. I would not be surprised that due to the slightly more crude nature of a beam irradiation device the power generation required for it is ehm, a little less shielded and you are actually hearing the mains hum of all the step up transformers. My brother once applied for a job at the hospital I mentioned earlier for maintaining a linear accelerator, and said this about the power generation room: "Yeeea...it's good you can't see that when you are on the table, that alone would freak you out big time." Something he later extended to the part about the device covers: "You do not want to see the insulators the conductors are resting on...it's good that the thing has covers, it would make you feel incredibly uncomfortable otherwise").
Irradiators are probably the most common source of radiological accidents. Operators tend to get sloppy with the safety precautions, but that only really causes operator fatalities.
It probably wouldn’t kill you instantly since the beam is a narrow band. If you went in feet first, you’d have a bad ten seconds, and the Neobeam employees would have a heck of a time cleaning all the organic contaminants off of the emitter.
@@Sam-pw6vi With a high enough dose, radiation can kill you instantly. Usually, something else kills you faster, like the heat and/or shockwave of the reaction. Only two such reactions have happened, and they each killed tens of thousands of people in the first day. This is an electron beam, though. It’s not quite the same as normal radiation, even as it’s causing X ray sparkles in the camera sensors
@@KingRidley for me personally, this is terrifying. There's a lot of other terrifying things, but being killed by a machine in a cold manner is my personal nightmare fuel
@@56independent Does this fear stem from a personal experience by chance? Just curious because in our area we have a rather large wave pool and when I was about 12 or 13 I swam up to the wall that produces the wave and it was covered with a chainlink fence to keep you from being able to get near the machinery which is basically a bunch of toilet tank like baffles that air is blown into until they fill up to the point of collapse(flush) but when I realized it was right there in front of me and not further back along with the return current that seemed like it was trying to push/pull me in after each wave I panicked and ever since then I've feared anything machinery like underwater, but this thing is a close second.
@@M8gazinethe good news is that there's no evidence iron maidens were ever actually used. Bad news is that people have been documented doing even worse anyway
The scariest part of this is the buzzing noise which I assume is the electron beam projector. That is such an ominous and terrifying sound. (in this context) (this might be the first time I've had 1000 people make it clear that a comment I wrote was worth pressing the like button for)
Sounds like it's pulsed. A capacitor may be storing a bit of energy and dumping it periodically into some kind of discharge tube probably. Like how old camera flash bulbs worked. Just doing it repeatedly many times a second.
A few years back, I had a similar experience when visiting a village toilet in the Russian countryside: low-hanging pulsating fluorescent light with a buzzing sound and a feeling of a hidden danger in the nearby darkness.
The real danger to you are the black widow spiders in the pooper hole being in close proximity to your gonads. It's a thing, I grew up on a farm and the reason why the spiders hang out there is because that's where the flies are at. So basically it's a constant all you can eat buffet for various kinds of spiders down the hole.
Andrew, that's awesome. That 3M volt power supply must be massive. It's cool how the beta radiation floods the CMOS sensor except the pixels that are already triggered by light from the LED display. Really cool, shows it's the charge hitting the CMOS sensor and not the internal circuitry causing interference. Thanks for sharing that.
Though this particular thing probably needs a rather massive power supply compared to the ones used on the average medical linear accelerator, I doubt it's very big. I was also quite stunned to see how small the 1,6 MV or so supply was on the accelerator at a hospital I got to see as part of a job interview once. Insulation, semiconductors and especially a lot of oil (that also cools everything) keep it remarkably small. I do remember the warning signs: I expected the general (and a bit stupid in such machines) 'Caution High Voltage' signs, but nope: multiple covers of the machine itself had it stated a 'bit different': LETHAL CURRENTS AND VOLTAGES INSIDE! DISCHARGE POWER SUPPLY FIRST AND TAKE MEASUREMENTS BEFORE REMOVING THIS COVER! DO NOT WORK ALONE! And then the technician who explained a few things about the machine just casually pointed his finger towards multiple components and even laid his hand on top of the cover when I leaned back a little in awe of what he did: 'Don't worry, it's safe. It needs to be safe. Just don't touch the glass of the wave guide, even though it should be safe to touch, we have found out by experience it can hold a nasty charge right after testing, haha!' The cameras inside the room where the patient would be for treatment, were overloaded with dead and hot pixels, most of them with an eerie blue or purple color, unlike anything I'd seen before. As the machine was rotating, you could just see that more radiation was hitting the sensor as the head was facing the ceiling. It was also a really weird feeling to start such a beast of a machine with just the press of a button on an RS232-interface... The only thing that really stuck with me was the feeling 'My god... I hope I never have to lie under such a thing...'
@@fjs1111 I have never seen a cyclotron, just linacs ;) Impressive nonetheless, especially when you hear that getting a new machine in to the treatment-room via the anti-radiation maze has the forklift operator sweating with just an inch to spare on both side of the maze walls... And pressing the emergency shutdown switch button in the treatment room as part of the testing procedure also was not a simple 'click'. All kinds of alarms started to sound and the press itself created a large 'thud' from the main relays/switches opening to kill the HV power supply. Never got to work there, but I work at a very nice place now as well ;)
Pretty awesome how you can see the scattering radiation still causing fuzz after passing through, but once it gets past the next turn it drops off sharply. Those zig-zag passages are handy!
@@Charted The liquidators they were called. Hired to clean all the radio active material and most of those people died that night or even within just a few hours of being exposed to radiation, In one documentary video they said if you were close enough to the reactor the radiation level is was so high it was approximate to almost 10,000 chest X-rays per minute, something like that. more then enough to kill you in 2 hours or less. at that rate the body would decay significantly right down too the bones
Since you can see it reflecting light, it's probably not glowing so it's probably not gazillion degrees hot so it's probably that the man does not use some sorcery to steal the block of lava without consequences
I was thinking the exact same thing...In a way, seeing how the particle counter on the left died, I'm not fully sure whether it might actually be a testament to designing electronics to survive interference (after all, remember the FCC rule that's on practically every device even when sold outside the US? "This device must accept all and every form of interference, even if that may cause undesired operation.") Completely unsure whether the design of components to withstand static electricity factors in here (I suspect it totally doesn't given the massive currents in such a beam) but still, remarkable. It could also just be the GoPro died a couple months later.
@@Seacat17 Heavily shielded doesn't mean fully shielded. Why do you think there is such a giant concrete maze leading into that machine? Still, it was shielded enough from direct energy to keep it alive.
Considering many of the things portrayed in that game have analog in the real world, makes you wonder who on the dev team at Valve worked or visited some of these labs...
I watched this video YEARS ago, and it popped up on my RUclips homepage again today (and it seems for a ton of other people, too). I still love this video 😍
That beam is EMF, not nuclear. The camera wasn't "hot" in any way. Think of the beam as a bolt of lightning but spread out into a cloud that's raining downward over the camera.
Yep. You could kill every bacteria, or living organisms through that beam. It can be used to sterilize medical equipment, or food going to space. Pretty useful tool.
Phosphorescent. Phosphorescent materials continue to glow after the energy source is removed. Fluorescence ends immediately after the energy source is removed
I don't know if the docimeter broke itself, but maybe the LED display did. You can see the other displays start to glow then all of them die out when you pass under the beam. Super cool stuff!
this reminds me of playing with irradiated sodium chloride in chem class. we were told it was irradiated in a system like this, but i've never actually seen it before. seeing the blue glow outside of water is pretty insane too. i can't imagine how terrified i'd be if i saw that glow in person
Amazing how quicky the radiation hits start and end when the cart makes its way though the maze protection halls that help to scatter the radiation up from the intense beam. Very cool video I didn't even know I wanted to see. Cheers.
That gave me a pure sense of dread. Really makes me hope that their safety protocols never fail or malfunction cause I'm sure it wouldn't be pleasant to be hit by that. You'd be surprised how many accidents like that DO occur.
Massive Portal and Half Life vibes. To think that all these silly levels encountered in various old school FPP games have got a real world counterpart, and that it makes an absolute sense (radiation protection). It's also impressive that despite all the lead based protection the camera was nearly fried.
its exactly what id imagine a high powerful electron gun would sound like. Or a huge magnetron. like imagine being on that cart and seeing that coming at you.
If you watch Plainly Difficult's video's you'd know those facilities at times have been entered by humans :P . Not sure if the power stage for the accelerator can be on without the beam being on but if it can and you have to remove a blockage of equipment, I think it's best to wear something, the power stage was humming agressively...
This is amazing to watch! You can see at about 1:00 the initial stray electrons starting to hit the GoPro's image sensor and overloading some of the sensor's pixels, looking much like analog video noise/snow. Looks almost like a analog satellite TV "rain fade" or other gradual loss of signal. :) You can also see the streaks of electrons when you pause the video, basically the image sensor is acting as a solid-state cloud chamber, I'd reckon. And that blue ionized air! And the coup de grace at 1:26--total overload! The image sensor is totally incapacitated by the extreme onslaught of electrons, albeit attenuated and a temporary incapacitation, thanks to the leaded pig for shielding. Unlike the fate of the dosimeter (eV meter?) outside the GoPro & pig that looks it has it's last gasp at 1:25! :)
@@benjaming9405there is no Cherenkov radiation “in the eyes” that is frankly wrong and have no idea where that came from. Cherenkov radiation occurs when high energy particles, like electrons, travel at speeds faster than light within a medium (ie not a vacuum) meaning, that electrons can go faster than light IN AIR. But not IN a vacuum. This faster than light speed creates tiny “sonic booms” of energy that create this blue color emission of light.
@@fruitiger You don't know half as much as you think you do. It is scientifically proven that Cherenkov radiation can be generated in the eyes. And it's not hard to imagine either. I'm not saying we are seeing Cherenkov radiation in the video, however.
It looks like citrine which is an orange rock crystal type of stone that is used in jewellery, and fluoresces I think from the radiation. It glows under black light too.
@@Alexander-qz6px yeah, most likely a linear accelerator. Still, the power supply for whatever microwave tube (magnetron or klyston?) powers the accelerator must be quite scary. Beam is still by far the scariest part however!
@@Alexander-qz6px You can bet that it uses anything over hundreds of kilovolts...these linear accelerator style power stages are massive... (And I would not be surprised that the hum we hear is said powerstage).
@@inductivelycoupledplasma6207 Not sure about the tube, could be a big plate-style thing that they bombard with high voltage, but the power stage for a linear accelerator for cancer treatment already scared the shit out of my brother when he applied for a job as a maintainer of one and got a tour of the facility...
Its actually a RF based electrostatic accelerator (Dynamitron). Each stage is capacitively coupled to two large RF plates it has hundreds of plates in cascade similar to a Cockroft-Walton multiplier, one of the few ways to build practical MV power sources capable of delivering hundreds of KW. So yes It actually has a terminal with a potential of several million volts, all inside a pressurized tank full of sulfur hexafluoride.
@@Benzinilinguine This might not be 100% accurate as it's from memory, but; photodiodes in camera sensors in camera rely on photons hitting them to dislodge electrons causing current to flow and be sensed as an illuminated pixel. In this case electrons (or possibly x-rays caused by high energy electrons smashing into metal atoms) are hitting the photodiodes directly which also will dislodge electrons and having the same effect.
maybe it's been commented here already, but I recommend looking at videos of radiation in "cloud chambers". There's this girl who demonstrates several isotopes and it's super cool to see how it affects the tiny clouds of cloud chambers.
it's pretty crazy that no one ever thinks, "i wonder what it would be like to go through an electric beam irradiator at full power" until a video like this randomly pops up, and suddenly 1.7 million people have a general idea of what it's like. what a crazy world.
Maybe this has already been asked/answered, but are the object that’s got irradiated safe to touch? I saw the one person grab an orange box and thought it’d be awfully dangerous after being exposed to the beam.
@@pahaahv I mean some objects do yes, photo luminescent materials. Things exposed to visible light also continue to give off heat energy after exposure
The point is that an electron beam and a beam of light are not dissimilar from each other. Things that are irradiated don't give off radiation themselves unless they were already radioactive
Thank you for uploading this. Now I don't have to go through an electron beam irradiator myself
This beam cures every old cancer in your body while leaving completely new ones in its wake!
Wuss
But that's how superheroes are made!
It's not the beam that gets you it's the headcrab hiding at the end of the tunnel that will.
I want to lick it.
If nothing else this is a glowing review of gopros, the thing survived the electron beam and kept recording. That's quality.
For real. It got hit by a particle beam and survived
Not just the go pro, the memory card too
List of thing that survived particle beams rather well:
Gopro
A man
Not the birate
And definetly NOT that blue counter
The camera was shielded according to the description
the camera was shielded
No idea how or why this showed up in my recommended feed, but I’m here for it.
It's a threat. The algorithm wants you to get beamed
“You must be this shielded to ride 👉🏼”
Finger points to 1 meter tall stack of lead bricks.
*"Where's my lead jacket?"*
🤣🤣🤣
The "forbidden ghost ride" 🙃
Robots: THATS A DEATHRAY!
GoPro: My leg is numb.
"lead is poisonous; I'll be fine without."
the effect on the screen just explains the feeling of your leg falling asleep and waking up
The best way I can describe it is "tv static"
hm....
There's too many electrons in my leg
@@eggy7346 Kids don't really know what that is anymore. Digital TVs don't display it.
@@SolarWebsite He's spot on calling it that tho.
They’re waiting for you Gordon, in the test chamber.
Why no helmet though?
@@ivanp7 Because he's a professional.
@@ivanp7 Gordon is a highly trained professional, he doesn't need to hear all this
"Are you f*king serious? I've never seen a chef serve microwaved shrimp before. In my entire life. Electron beam? More like electron SCREAM!" --- Chef Gordon
"This is a bad experiment! We are bad people! WHY DID WE USHER FORTH THE GREEN APOCALYPSE?!"
Reminds me of that scene in Half Life when you push the cart carrying the crystal into the beam
GORDON! GET AWAY FROM THE BEAM
i was thinking in the conveyor maze where you go through an oven 😄
@@mebepersonShutting down…
Attempting shut down…
It’s not… it’s not shutting down!
AAAAAAAAAAAAA-
Its.. its not shutting down
For me it reminds the waste factory where you get crushed on conveyor belt .
This is why i love science, sometimes science is years of vigorous study, hypothesising, testing, and cross checking, and sometimes it's as simple as "hey, what happens if we throw a go pro in it?"
That's crazy that you can actually SEE the beam. It is such a high energy that it is ionizing the air its contacting.
Isn't it just the usual property of cameras to capture wavelengths that we can't normally see?
@@TheonormalMBV But what wavelength would it be emitting? Keep in mind that this is firing electrons, not light.
@@TheSHJGaming The blue light is just visible light: electrons ionize air and you can see air glowing, just like northern lights. The white spots are X Rays, generated from the interaction of electrons with molecules.
@@RAPOtheLLAMA Oh, I wasn't actually asking it as a question, I was trying to give him the answer without actually telling him. But yeah, you're right.
@@TheSHJGaming oh I see, I'm sorry
Everything in this, from the gray bricks and warning signs, to the approuching hum and eerie glow after the tunnel goes completely dark, to the sudden and dramatic increase in noise and interference as we pass through the beam, is so much more menacing, intriguing, terrifying, etc. than any recent attempt at science fiction or horror I've seen in the last decade
Do you read Sutter Cane?
I was going to mention this. Despite it just being a camera on a cart being run through a several-rooms-sized machine it felt like a clip from an internet horror series. The beam causing genuine distortion to the picture after turning the last corner in the hallway cemented that. Now just put a halloween decoration or creepy mannequin in the beam chamber, film another run, and upload it to a new channel with no context or information and you'd have an internet mystery for years I'm sure haha.
You are quite the writer ay??
@@TradBarbie shouldn't you be barefoot in the kitchen right now?
dont shit your pants clown
This is truly the best way to get that authentic film grain for your movies
Truly random numbers
simply cover the entire stage in ionising radiation!
Just irradiate your film set genius
Nah just use analog fpv camera and a vtx and a rx that has a video recorder
Or just use an actual film camera???
"Hey, I wanted to ask you something."
"Sure, what is it?"
Brain: 1:22
"Sorry, I forgot what I was going to ask."
"i forgor 💀"
Three minutes ago I had no idea what an electronic beam irradiator was and now I know what it looks like to put a gopro through one.
So BTW it is electronic BUT it is an “electron beam irradiator” an electron is a subatomic particle
@@AstronomyKid that's just what all the atomic particles want us to believe. You gotta do your own research, by going through an electron irradiator with a gopro strapped to your head.
go play half life part one...
pretty informative isnt it?
What did I learn exactly?
After watching this video I feel like I've depleted my x-ray limit for the year
this video makes me feel like I'm gonna need a screening in a few days
In the words of the Riddler ‘Does anyone elses brain feel like a fried egg?!’
Bur actually, you've depleted your cathode ray limit for the year)
For real. I know it’s not logical but I felt scared to even watch this 😂
@@TheSpaceMomma true, right? It's like watching a video of someone doing wielding and feelling that you for certain will lose your vision if you watch it without eye protection.
One of the best GoPro commercials I've ever seen.
A lesser known rule of the internet is that if you think something viral might be part of a guerilla marketing campaign, it most certainly is.
"GoPro is enclosed in a 3/8" thick lead pig with a 1/2" thick, 50% lead glass window" (Description).
@@steel4388so is the blue counter on the bottom left corner that didn't make it through alive, despite having less complexity and less things to go wrong than an action camera
it's shielded
@@steel4388And that’s how much X ray radiation it was getting hit with inside the shield
1:24 “Have you seen this bank robber?”
The camera quality:
It completely messes up the sensor but the camera survives... amazing. Thank you for this exceptional video! Who would ever know what that looks like....
Camera is surrounded by a protective box, details in the description. Sensor was not
And the GoPro started detecting the free electrons before the sensor did.
@@iverstaylot00Isn't the sensor also in the box? It looks like it's attached to the inside corner of the box.
@@techno1561 could be, not entirely sure. It seems to me like it's outside on a separate post, but I could be wrong
That's pretty normal. Doesn't permanently damage the camera till after a long while if it's a digital camera.
Go-Pro service guy: "WTF did you do to this camera?"
We went to vlog the elephents foot down at chernobyl 💀🤣🤣🤣🤣
@@hyerrogaming2780That's crazy 😂😂😂
@@LarmesdeGauchistes 😅😅😅😅
The green go pro
@@adakalyoncu1913 glow in the dark to💀🤣
Gordon doesn't need to hear all this, he's a highly trained professional
First time I saw this, over a year ago, I wasn't entirely sure what I was seeing.
After a year of learning more, I now understand how freaking awesome this is to be able to visually see!! 👍
I love how subtle the entry into the area it effects is, with the fuzz being all sparse at first before suddenly ramping up as the camera goes directly under the beam
Golden Ticket Award for best dark ride.
This video, like nothing else I've ever seen truly makes the internet such a wonderful place. This is something no one would otherwise ever have seen apart from maybe medical students becoming radiologists.
or simple guy mutating monkeys
M or F?
@@ghost5dascension Uppercut the chunky
@@daveyjoseph6058 This ain't omegle bud.
@@daveyjoseph6058 who cares
idk somthing about this reminds me of the levels in portal 1 where u had to stand on those platforms that move around over the acid. like at 0:20
I had portal vibes too. Wanted to read a comment mentioning it
Bro I hated that level so much I struggled with them so much
That one level had me tearing my hair out, i just couldnt figure it out XD
.??
Worst ride at Disney ever..
OR best haunted house ride EVER
omg! lol!🤣🤣🤣 I was about to say that!
Later my skin turned red and I went to the hospital
Haha. Good one. :)
I dunno why I just laughed at this. Everything's so serious in the radiation realm and you see a random sarcastically funny comment..
Notice how brilliantly the package tape holding down the tripod fluoresces under the beam and also the two rings of white LED strips above and below the camera too. Also note the huge chunk of calcite still phosphorescing bright orange when the guy takes it off the tray at the end. It seems to be warm to the touch and the glow surprises that blue hat guy when it's put in the shade of that other guy's coat.
the 7 segment display is toast
@@adityawalimbe4800 More like the electronics that drives it.
holy moly i thought that was just a bright orange protective case for something!
i wondered if the objects on the trolley ahead were incandescently hot, i didn't think of fluorescence at that color.
@@we4selradio591 More precisely, it is probably room temperature thermoluminescence. Indeed as I type this I see that there is an image of one Dr. Timothy Koeth from U Maryland Applied Physics holding one of the exact same kinds of specimens (iceland spar type manganocalcite) visible in this video irradiated at the very same facility, where they report that cooling the glowing calcite to 0C eliminates the luminescence entirely, and heating it to 110C reveals its maximum brightness. (search his name and calcite / thermoluminescence and you can read more about it). Why is this video so popular today?
RIP dosimeter
The dosimeter overloaded (over 10) ( 9.99) and it switched off.
@@user-kito-bunbunkitofriendover 10 msev??
@@user-kito-bunbunkitofriendnot great, not terrible
It just went like "Yep, you're dead and so am I, see ya in heaven"
They didn't use the good one
at 1:26, this is what I see when I close my eyes or in the darkness and focus on the darkness, except the pink color is black. Should I be worried?
you aren’t a nuclear irradiator. That’s just how the back of your eye lids look
@@Zawarudo_tokiya_tomata I see it also when it is dark, eyes open. You could use some reading comprehension training.
@@Bailey-k2j I meant as in they look that way because that’s how your brain views “nothing”. I’m sorry for not being clear I was sleepy.
Whenever it’s pitch dark, aka no light, what happens is there is no colour. No object has colour in darkness. So your brain adds a slight colour to everything because that’s how it remembers it. Which is why you see colour in darkness. And when you can’t see anything, your brain dosent know what to colour and with what colour
@@Zawarudo_tokiya_tomata No. I see white noise, except it is blacks, purples, and blues. And they all move around very fast, like white noise. Sometimes they make shapes and patterns.
@@Bailey-k2j Yes exactly. That’s your brain adding in colour to non existent shapes and objects. Mostly dark colours with the exception of a view. We all have it. You do not have radiation poisoning. Because this static effect only works on cameras because they can’t process the energy of radiation particles hitting the camera.
That with 3/8” shielding all the way around and 5/8” directly in the beam path the sensor was *that* affected is quite impressive and honestly a little scary. It’s good that irradiators are very well interlocked and labrynthed off. Also quite impressive that that beam is generated rather than being a source that’s exposed
Linear accelerators have been in use for cancer treatment for a long time, due to the fact the beam is switchable: no more radiation needed or a lower dosage, different pattern on the pattern window, all doable, and in the case of a linear accelerator much easier than with an isotope of whatever sort.
(Not that isotopes have ceased to be used for cancer treatment at all, but they have started falling out of favor more and more).
With a linear accelerator you only need a stupidly powerful stepup-conversion circuit room filled with step up transformers and other equipment to get to such a high voltage you can start to bombard particular metals on a plate with them to produce the desired radiation (it's sort of how X-ray machines work, just with a different type and wavelength of exposure, and typically with a lower amount of power).
A hospital in my country that has specialized in cancer treatment mentioned that they favor the linear accelerator over isotopes because the hospital is right in the middle of a neighbourhood and sees military style lockdowns upon transportation of a new source into the hospital: the lobby has to be completely evacuated, streets get cordoned off and staff is evacuated from the floor that will eventually use the new source, and that's leaving out the transportation of said material to the hospital.
I would not be surprised that due to the slightly more crude nature of a beam irradiation device the power generation required for it is ehm, a little less shielded and you are actually hearing the mains hum of all the step up transformers.
My brother once applied for a job at the hospital I mentioned earlier for maintaining a linear accelerator, and said this about the power generation room: "Yeeea...it's good you can't see that when you are on the table, that alone would freak you out big time."
Something he later extended to the part about the device covers: "You do not want to see the insulators the conductors are resting on...it's good that the thing has covers, it would make you feel incredibly uncomfortable otherwise").
Irradiators are probably the most common source of radiological accidents. Operators tend to get sloppy with the safety precautions, but that only really causes operator fatalities.
@@HenriFaust I suggest you read up on the Therac-25!
@@Orcinus24x5 Therac-25s got shut down after just a couple of years. There are only six documented accidents in total.
@@HenriFaust I was addressing your "only causes operator fatalities" comment.
Truly a cameraman never dies moment
I love that the guy at the end picks up a block from the front plate and puts it in his coat 😂
What's funny about that?
That is apparantly a block of calcite. You can see it glow after it passed through the beam
The cutoff as he walks off hints that he just took it home@@bojohannesen4352
@@bojohannesen4352c u b e
It looks red hot
You know, sometimes I regret the amount of scientific curiosity that makes me watch videos like this all the way through. This is one of those times.
This is exactly what i imagined instant death by radiation looks like.
If it looks like anything, is it really instant?
It probably wouldn’t kill you instantly since the beam is a narrow band. If you went in feet first, you’d have a bad ten seconds, and the Neobeam employees would have a heck of a time cleaning all the organic contaminants off of the emitter.
No such thing. Death by radiation is generally months in hospital wishing for death.
@@Sam-pw6vi With a high enough dose, radiation can kill you instantly. Usually, something else kills you faster, like the heat and/or shockwave of the reaction. Only two such reactions have happened, and they each killed tens of thousands of people in the first day.
This is an electron beam, though. It’s not quite the same as normal radiation, even as it’s causing X ray sparkles in the camera sensors
Your not getting instakilled by that
you need to build a machine just to do that if you want
Before the camera went fully through this irradiator, it almost looked like the film was getting older and older by the second 😂
that is radiation hitting the sensor .. despite all the lead shielding.
Well... technically... yeah it was getting older by the second.
I am pretty sure, if person went through, he would die of old age right there!
@@calsavestheworldThat has me cracking up. Most true statement
Gets so old that after it passes through the beam, everything has turned into black and white and rubber hose animation
That truly is one of the most terrifying human creations I have ever seen! The noise and the visible beam are insane!!!
Buddy I think there's a lot of terrifying human creations you might need to catch yourself up on.
@@KingRidley for me personally, this is terrifying. There's a lot of other terrifying things, but being killed by a machine in a cold manner is my personal nightmare fuel
@@56independent Does this fear stem from a personal experience by chance? Just curious because in our area we have a rather large wave pool and when I was about 12 or 13 I swam up to the wall that produces the wave and it was covered with a chainlink fence to keep you from being able to get near the machinery which is basically a bunch of toilet tank like baffles that air is blown into until they fill up to the point of collapse(flush) but when I realized it was right there in front of me and not further back along with the return current that seemed like it was trying to push/pull me in after each wave I panicked and ever since then I've feared anything machinery like underwater, but this thing is a close second.
personally i think there are more terrifying creations out there (like the iron maiden... not particularly whimsical and fun, that one!)
@@M8gazinethe good news is that there's no evidence iron maidens were ever actually used. Bad news is that people have been documented doing even worse anyway
no matter how many times i see this video, I'm always entertained by all the gamma hitting the gopro
That isn't gamma. It's beta.
Electron beams aren't gamma, they are beta radiation
That electric buzzing sound is delightful.
And tinnitus-inducing!
I like it, too. We had a forklift battery charger at my old job that had a delightful mains hum...you could hear 20 harmonics in an arpeggio.
Pay respect to the amazing cameraman who was brave enough to go inside electron beam irradiator.
The cameraman never dies.
Dead horse beating of a overused joke.
It was a gopro
@@Xsar1942 i like ur pfp
@@Xsar1942No way its a gopro, there is definitely a dude filming this through the electron beam irradiator
The scariest part of this is the buzzing noise which I assume is the electron beam projector. That is such an ominous and terrifying sound. (in this context)
(this might be the first time I've had 1000 people make it clear that a comment I wrote was worth pressing the like button for)
eh yes and no, it also sounds like a gas station at 3 am in the sticks
Sounds like it's pulsed. A capacitor may be storing a bit of energy and dumping it periodically into some kind of discharge tube probably. Like how old camera flash bulbs worked. Just doing it repeatedly many times a second.
it sounds like mains-AC frequency and is probably the power supply
That's what incredibly large amounts of AC power sounds like.
Yeah, i thought it was the power supply. Sounds like a loose coil on a beefy transformer.
That Go Pro has travelled through the entire galaxy and back within two minutes
A few years back, I had a similar experience when visiting a village toilet in the Russian countryside: low-hanging pulsating fluorescent light with a buzzing sound and a feeling of a hidden danger in the nearby darkness.
The real danger to you are the black widow spiders in the pooper hole being in close proximity to your gonads. It's a thing, I grew up on a farm and the reason why the spiders hang out there is because that's where the flies are at. So basically it's a constant all you can eat buffet for various kinds of spiders down the hole.
At least it helped scare the 💩 out of yas, fam..
Andrew, that's awesome. That 3M volt power supply must be massive. It's cool how the beta radiation floods the CMOS sensor except the pixels that are already triggered by light from the LED display. Really cool, shows it's the charge hitting the CMOS sensor and not the internal circuitry causing interference. Thanks for sharing that.
Though this particular thing probably needs a rather massive power supply compared to the ones used on the average medical linear accelerator, I doubt it's very big. I was also quite stunned to see how small the 1,6 MV or so supply was on the accelerator at a hospital I got to see as part of a job interview once. Insulation, semiconductors and especially a lot of oil (that also cools everything) keep it remarkably small.
I do remember the warning signs: I expected the general (and a bit stupid in such machines) 'Caution High Voltage' signs, but nope: multiple covers of the machine itself had it stated a 'bit different': LETHAL CURRENTS AND VOLTAGES INSIDE! DISCHARGE POWER SUPPLY FIRST AND TAKE MEASUREMENTS BEFORE REMOVING THIS COVER! DO NOT WORK ALONE!
And then the technician who explained a few things about the machine just casually pointed his finger towards multiple components and even laid his hand on top of the cover when I leaned back a little in awe of what he did: 'Don't worry, it's safe. It needs to be safe. Just don't touch the glass of the wave guide, even though it should be safe to touch, we have found out by experience it can hold a nasty charge right after testing, haha!'
The cameras inside the room where the patient would be for treatment, were overloaded with dead and hot pixels, most of them with an eerie blue or purple color, unlike anything I'd seen before. As the machine was rotating, you could just see that more radiation was hitting the sensor as the head was facing the ceiling.
It was also a really weird feeling to start such a beast of a machine with just the press of a button on an RS232-interface...
The only thing that really stuck with me was the feeling 'My god... I hope I never have to lie under such a thing...'
@@weeardguy that is really cool, accelerators are fascinating. I have always liked cyclotrons, first one was only a few inches in circumference.
@@fjs1111 I have never seen a cyclotron, just linacs ;) Impressive nonetheless, especially when you hear that getting a new machine in to the treatment-room via the anti-radiation maze has the forklift operator sweating with just an inch to spare on both side of the maze walls...
And pressing the emergency shutdown switch button in the treatment room as part of the testing procedure also was not a simple 'click'. All kinds of alarms started to sound and the press itself created a large 'thud' from the main relays/switches opening to kill the HV power supply. Never got to work there, but I work at a very nice place now as well ;)
That wasn't beta sir that was gamma rays reacting with CCD of the camera and the silicon in the chips.
Uh? What? Go back to school. @@patrickradcliffe3837 It's definitely β radiation.
1:25 my brain when I slam my elbow against the table:
me after the lobotomy
H̴̡̝̘̣̳̏̈́̐̈̆Ú̴͔̮̬̤̰̉̅͊͊̀Ų̵̮͓̬̤́̊͗̋́͑ñ̵̡͍͎̱̣̀̎̇͆̂ñ̴̛̤̖̹͖͙͐̑̐̐ñ̶͈̼͕͉͍͌̿̈͝͝ñ̶̗̹̳͙̺͋͐̿͒͐ñ̸̢̨͎̞͒̉̂̇̌ͅñ̵̢̫̞̦̖̀͛͠͝͝ñ̴͚̥̬̗̩̄͗̀͆̒ñ̵̛͔͇̤͈͚̓̒̾̆ñ̴͍̬̯̼͒̀̍̈̏͜@@CrankyRayy
@@CrankyRayyTrue (also I sub to you idk why)
Brah
@CrankyRayy brah
So at 1:17 the samples im assuming are passing under the beam they start glowing red is that the samples getting red hot or what?
It’s getting the full blast of the irradiator beam
nah, looks more like a color change of sorts. A guy grabs one of those things off the tray after it came out at the end and it is still bright orange.
It's a calcite sample and it got some fluorescence
Not heat but a color change because the guy grabbed it like it was nothing
the sight of that innocent blue counter completely obliterated actually freaked me out
Edit:dayum I'm famous
How do you know it was innocent? just because it's blue? kinda racist
Wouldn't want to be near you during an emergency
@@quetzalcoatlz lol
does this hurt the blue counter?
@@cartler Probably killed it
Pretty awesome how you can see the scattering radiation still causing fuzz after passing through, but once it gets past the next turn it drops off sharply. Those zig-zag passages are handy!
It's .....digital. This is Effing BS
@@mossberg353t Nope lol
@@mossberg353twhy would they fake this?
@@mossberg353tDo you know why pictures of the Elephants Foot is so grainy? Radiation!
@@mossberg353t How do you think cameras actually receive information?
1:26 POV: You're a soviet worker in a nucler powerplant
when hardbass beat drop
Delusional!
For those wondering he's referring to Anatoli Bugorski
Pov: you work at Chernobyl
@@Charted The liquidators they were called. Hired to clean all the radio active material and most of those people died that night or even within just a few hours of being exposed to radiation, In one documentary video they said if you were close enough to the reactor the radiation level is was so high it was approximate to almost 10,000 chest X-rays per minute, something like that. more then enough to kill you in 2 hours or less. at that rate the body would decay significantly right down too the bones
2:30 I'm sorry, did that guy just pick up an orange-hot block of something?
Channelling the same energy as Homer in the Simpsons intro 😂
Yup! Radiation gives you super powers!
he also picked up an orange with his bare hands later, can’t believe he didn’t get 3rd degree burns 😂😂😂😂😂😂😂😂😂
😐
@@Official_trappo but was the orange glowing?
Since you can see it reflecting light, it's probably not glowing so it's probably not gazillion degrees hot so it's probably that the man does not use some sorcery to steal the block of lava without consequences
It's amazing that GoPro actually survived.
I was thinking the exact same thing...In a way, seeing how the particle counter on the left died, I'm not fully sure whether it might actually be a testament to designing electronics to survive interference (after all, remember the FCC rule that's on practically every device even when sold outside the US? "This device must accept all and every form of interference, even if that may cause undesired operation.")
Completely unsure whether the design of components to withstand static electricity factors in here (I suspect it totally doesn't given the massive currents in such a beam) but still, remarkable.
It could also just be the GoPro died a couple months later.
It was heavily shielded under lead and lead-glass. That should show you how terrifying that beam is. Some of that was gamma radiation, too.
its amazing that you didnt read the description of the lead shielding of the gopro
@@operationscomputer1478 dude, ya see that noise? This means that it's still getting heavily exposed
@@Seacat17 Heavily shielded doesn't mean fully shielded. Why do you think there is such a giant concrete maze leading into that machine? Still, it was shielded enough from direct energy to keep it alive.
Gordon Freeman:
- Hold my beer.
Look Gordon, an electron beam!
Welcome to the HEV Mark IV Protective System for use in hazardous environment conditions
🔊 warning... radiation... levels... extremely... hazardous...
Considering many of the things portrayed in that game have analog in the real world, makes you wonder who on the dev team at Valve worked or visited some of these labs...
Yeah, the Half-Life vibe is extremely strong in this video.
I love the ear protection required sign.
i didnt notice that. thats actually really funny
Well, I mean you die, but at least you have your hearing.
I tossed my 🎧 in the garbage in rebellion..
I have never been more entertained in my life, thank you.
They’re waiting for you Gordon.
In the Test Chamber
Oh no, not again...
I watched this video YEARS ago, and it popped up on my RUclips homepage again today (and it seems for a ton of other people, too). I still love this video 😍
Truly fascinating. Did anyone else feel irradiated and sickly watching this?
I felt like I was gonna get cancer or something just from the psychological feeling of being irradiated 😂
i love the combination of extremely high physics knowledge and general 'bro-ness' that was required for this video to exist in the fist place
I like how at the end this guy just quickly picks up this glowing, presumably hot piece of irradiated stone like it's no big deal.
That beam is EMF, not nuclear. The camera wasn't "hot" in any way. Think of the beam as a bolt of lightning but spread out into a cloud that's raining downward over the camera.
Yep. You could kill every bacteria, or living organisms through that beam.
It can be used to sterilize medical equipment, or food going to space. Pretty useful tool.
yeah i dont know about any of this stuff so i would immediately think its a bad idea to pick anything up from going in there and through that beam.
@@Lyriam80 these kind of facilities are used to sterilized some foods for packaging.
@brandonrushton4108 so why's it's glowing?
It's wild that it made the other samples fluorescent
Phosphorescent. Phosphorescent materials continue to glow after the energy source is removed. Fluorescence ends immediately after the energy source is removed
@@jogandsp Where did you see it continuing to glow after being exposed?
Edit: My bad, i see it now
Even without the irradiator, just the general vibe would make this by far the most terrifying amusement park ride in history.
I don't know if the docimeter broke itself, but maybe the LED display did. You can see the other displays start to glow then all of them die out when you pass under the beam. Super cool stuff!
this reminds me of playing with irradiated sodium chloride in chem class. we were told it was irradiated in a system like this, but i've never actually seen it before. seeing the blue glow outside of water is pretty insane too. i can't imagine how terrified i'd be if i saw that glow in person
This has to be one of the coolest videos on youtube
Certainly the most *electrifying* one
can we all agree that this got recommended to use 7 years after this vid got uploaded?
Amazing how quicky the radiation hits start and end when the cart makes its way though the maze protection halls that help to scatter the radiation up from the intense beam. Very cool video I didn't even know I wanted to see. Cheers.
Feels like a new ride at Epcot
That gave me a pure sense of dread. Really makes me hope that their safety protocols never fail or malfunction cause I'm sure it wouldn't be pleasant to be hit by that. You'd be surprised how many accidents like that DO occur.
Look for. '' les irradiés de Forbach '' in france😢
This is my new favorite video on youtube!
Massive Portal and Half Life vibes. To think that all these silly levels encountered in various old school FPP games have got a real world counterpart, and that it makes an absolute sense (radiation protection). It's also impressive that despite all the lead based protection the camera was nearly fried.
that sound of that beam is terrifying
its exactly what id imagine a high powerful electron gun would sound like. Or a huge magnetron. like imagine being on that cart and seeing that coming at you.
You don't like the angry buzzing??
@@RandoWisLuLThe demons are indeed angry.
😮 I think there's bees around that corner...
... oh thank God, not b-😵
Sounds more like it’s a big transformer hum which is powering the beam rather than the beam itself
That is just crazy how you can see the radiation getting higher as it goes through
this is the purest sample we've seen yet
This is the coolest and scariest shit I ever watched
Something something state prison something something.
@@daveo7481 huh?
@@CitrusMike hes dumb fuck
1:20 when the 2.14 hours of sleep randomly hits
Good thing they have the sign for ear protection on the entrance to the tunnel
If you watch Plainly Difficult's video's you'd know those facilities at times have been entered by humans :P . Not sure if the power stage for the accelerator can be on without the beam being on but if it can and you have to remove a blockage of equipment, I think it's best to wear something, the power stage was humming agressively...
Living proof once again, that the cameraman always survives.
In this comment section you will see: people who became particle physicists instantly from watching HBO’s Chernobyl series...
true, im sick of it. i call that people retards. they know shit about radiation but still they trying to be experts
@@jerzyfabjan1982 comment section under radiation related videos are now filled with the same 3.6 roentgen comment
Those are memesters, no solid argument will stop them from spreading cancer noone asked for. I miss old RUclips...
@@RichieLarpa just 3.6 people talking about that not great not terrible
@@RichieLarpa Old RUclips ran on memes. Your comment does not compute.
This is amazing to watch! You can see at about 1:00 the initial stray electrons starting to hit the GoPro's image sensor and overloading some of the sensor's pixels, looking much like analog video noise/snow. Looks almost like a analog satellite TV "rain fade" or other gradual loss of signal. :) You can also see the streaks of electrons when you pause the video, basically the image sensor is acting as a solid-state cloud chamber, I'd reckon. And that blue ionized air!
And the coup de grace at 1:26--total overload! The image sensor is totally incapacitated by the extreme onslaught of electrons, albeit attenuated and a temporary incapacitation, thanks to the leaded pig for shielding. Unlike the fate of the dosimeter (eV meter?) outside the GoPro & pig that looks it has it's last gasp at 1:25! :)
Yeah that blue light was the radiation ionizing the air. What you were seeing was the same type of light from the Demon Core incident.
I always thought that it was from Cherenkov radiation inside of our eyes. Ionizing the air makes sense too!
@@benjaming9405there is no Cherenkov radiation “in the eyes” that is frankly wrong and have no idea where that came from. Cherenkov radiation occurs when high energy particles, like electrons, travel at speeds faster than light within a medium (ie not a vacuum) meaning, that electrons can go faster than light IN AIR. But not IN a vacuum. This faster than light speed creates tiny “sonic booms” of energy that create this blue color emission of light.
@@fruitiger yes... the medium being the fluid in your eyes. I heard about it on some documentary about the demon core years ago.
@@benjaming9405 that’s not at all what’s happening but okay keep thinking that.
@@fruitiger You don't know half as much as you think you do. It is scientifically proven that Cherenkov radiation can be generated in the eyes. And it's not hard to imagine either. I'm not saying we are seeing Cherenkov radiation in the video, however.
And still fhat GoPro survived. That's a quality right there
This has to be the best video of its kind.
Reminds me of getting Stroggified in Quake 4
DOOOD I was thinkin that
2:31 what is the glowing thing that old lady picked up and just put in her pocket? >.>
It looks like citrine which is an orange rock crystal type of stone that is used in jewellery, and fluoresces I think from the radiation. It glows under black light too.
T H E C U B E
Yr mom
1:25 when you been on the toilet for too long and your leg falls asleep
AMAZING!!
Really impressive that the GoPro survived that :D
I can feel the electron beam coming off my monitor and hitting me in the face.
3.6 roentgens, not great not terrible
That's pretty much what would happen with CRT monitors if it wasn't for the phosphor layer and leaded glass in the way...
Just your face? My sphincter was tingling!
@@mel816 Yup, good ol' _desktop particle accelerators._
@@WackoMcGoose Lmfao 💀
3MeV and 50mA means 150kW minimum. A 3MV 200kW PSU is a very scary thing to imagine even without the electron beam.
I don't think it actually has to be using million volt anywhere, it's going to be some sort of staged accelerator. Or not?
@@Alexander-qz6px yeah, most likely a linear accelerator. Still, the power supply for whatever microwave tube (magnetron or klyston?) powers the accelerator must be quite scary. Beam is still by far the scariest part however!
@@Alexander-qz6px You can bet that it uses anything over hundreds of kilovolts...these linear accelerator style power stages are massive... (And I would not be surprised that the hum we hear is said powerstage).
@@inductivelycoupledplasma6207 Not sure about the tube, could be a big plate-style thing that they bombard with high voltage, but the power stage for a linear accelerator for cancer treatment already scared the shit out of my brother when he applied for a job as a maintainer of one and got a tour of the facility...
Its actually a RF based electrostatic accelerator (Dynamitron). Each stage is capacitively coupled to two large RF plates it has hundreds of plates in cascade similar to a Cockroft-Walton multiplier, one of the few ways to build practical MV power sources capable of delivering hundreds of KW. So yes It actually has a terminal with a potential of several million volts, all inside a pressurized tank full of sulfur hexafluoride.
Crazy how you can see more and more Electrons as you get closer
What exactly causes the digital pixel distortion?
@@Benzinilinguine This might not be 100% accurate as it's from memory, but; photodiodes in camera sensors in camera rely on photons hitting them to dislodge electrons causing current to flow and be sensed as an illuminated pixel. In this case electrons (or possibly x-rays caused by high energy electrons smashing into metal atoms) are hitting the photodiodes directly which also will dislodge electrons and having the same effect.
maybe it's been commented here already, but I recommend looking at videos of radiation in "cloud chambers". There's this girl who demonstrates several isotopes and it's super cool to see how it affects the tiny clouds of cloud chambers.
*Alright I'll see!*
That the gopro still worked is a testament to gopro cameras.
great, now I have the superpowers of a gopro
You now have the super radioactive gopro lol
it's pretty crazy that no one ever thinks, "i wonder what it would be like to go through an electric beam irradiator at full power" until a video like this randomly pops up, and suddenly 1.7 million people have a general idea of what it's like.
what a crazy world.
Maybe this has already been asked/answered, but are the object that’s got irradiated safe to touch? I saw the one person grab an orange box and thought it’d be awfully dangerous after being exposed to the beam.
If you shine light to an object doesn't stay illuminated after the light being shut off does it?
@@pahaahv I mean some objects do yes, photo luminescent materials. Things exposed to visible light also continue to give off heat energy after exposure
The point is that an electron beam and a beam of light are not dissimilar from each other. Things that are irradiated don't give off radiation themselves unless they were already radioactive
got radiation sickness just from watching this. great video!
was that a geiger counter or something with the gopro? because that thing got absolutely fried, im surprised the gopro even survived that
When you rub your eyes too hard
See the cheeky little electron at 1:53 bottom right, madlad.
Love the character development. Really believeable!
The initial ride in had some strong Portal Vibes :)
Yeah I was thinking of test chamber 19, before the fire pit
Looks like a fun new dark ride where you light up instead of the props!
My cat went crazy over the sound