Secrets of Attosecond Lasers - Plasma Orbs and Teleportation

Video Transcript

# Secrets of Attosecond Lasers - Plasma Orbs and Teleportation Malayan 370 contact 120 3 breaking news tonight A Malaysia Airlines flight with 239 people on board including four Americans has gone missing [Music] [Music] [Applause] [Music] I remembered the line from the Hindu scripture the Bhagavad Gita Vishnu is trying to persuade the prince that he should do his duty and to impress him takes on his multi armed form and says now I am become death the destroyer of [Music] worlds yo yo yo welcome to the live stream everybody hello to all my four orses everybody I am Ashton Forbes yes just happened to be coincidental that my last name is Forbes no it's not a massive conspiracy for the people who are wondering tonight guys on the stream we're gonna be talking about science we're goingon to be discussing ad second lasers I want to thank all of you for being here please hit the like And subscribe if you are enjoying the content we just need more science-based content that's out there and you know what we do sprinkle a little bit of mystery and conspiracy in Just The Way of the World okay first thing want to do guys is there's a pretty compelling clip uh and insightful clip that I want to react to and then we're going to jump into the science after that that'll be the stream tonight so right off the bat I saw this about an hour or two ago and it's an interview that Chris KO and Tucker Carlson did and they're talking about UFO stuff so I want to react to this real quick because I I think it's important we just had an election okay where he was hammering on these things and even with uaps or UFOs whatever terminology you want we couldn't get more information these things are all over the place sure some are helicopters some are fixed wi okay not all of them and they don't know of course they know they spent hundreds of millions of dollars on the programs and then we get all our hopes up right the media loves mocking news Nation about this because they think that oh Cuomo thinks they're little green men in the basement of some building no I don't it's about knowing that we spend hundreds of millions of dollars and use special operators to do things that you won't tell us about and at a minimum you should say well here's why we won't tell you so what are they that's exactly right well so but what are they do you think I don't know what the [ __ ] they are the point is that they know oops and they tell us things and I think it is anathema to democracy can I of course I agree with everything you're saying except one specific point which is I'm not sure they know they have programmed they certainly know more than we do put it that way they do um they may know that they don't really know which is the scariest thing of all and I've certainly called a lot on this topic I've stopped talking about it in public I've tried to stop thinking about it um because it's just one of those things drivve you crazy but um my strong impression is that that they don't really know that there isn't a consensus on this and that they're not you know from Russia or China he campaigned on it it was supposed to be a no-brainer and then they put out exactly what the Biden Organization no I'm I'm aware of that Administration I'm aware of that and I'm aware of that do they I mean that's just my view I could be completely wrong but I I don't think it's as simple as they know exactly what's going on and they're hiding it well again these are your people why don't you talk to them they love you oh my gosh I have and so what do you I think come all the way down here we don't know and I think that's kind of the scarier answer is flying over military bases shutting them down shutting shutting down milit yeah and you don't shoot them down and then figure out what it was maybe you can't you know so that's so look I mean I think we're getting to the same answer if if there is a very obvious mystery that's publicly known there's public pressure to solve the mystery to divulge what you know and you don't yes then there's there's a real reason behind it it's not just ask covering or do you have the arrogance to believe that you don't have to tell me no not anymore not anymore because now that you know especially in this Administration that was elected on the promise of transparency there's there's a real reason because there's tons of counter pressure people are aware like where the hell are my Kennedy files what's going with these things over New Jersey you said they were over your house in Bedminster what is it yeah okay so let's get into this I can't believe I'm saying this but Chris KO is Right Tucker Carlson is laughably wrong I like Tucker Carlson almost every situation I don't know what it is about the UFO topic that makes Tucker Carlson and Joe Rogan actually you know what I do know what it is that's turning them into idiots on the UFO topic they're hanging out with the woke disclosure people that are feeding them [ __ ] the Gary Nolan the Lua zandos that whole crew is feeding these guys [ __ ] feeding Joe Rogan [ __ ] feeding Tucker Carlson [ __ ] because they think oh well they're my buddies so I'll believe what they say about the UFO stuff and these guys are going it's uh like interdimensional it's like you gotta have Dimensions [ __ ] stupidest [ __ ] ever and they're also saying oh we just we don't know what it is we just like can't know honestly this is the dumbest argument ever and I see both sides doing it the the UFO Skeptics being like we just can't know what other physics would be out there we couldn't understand alien physics and the Believers as well also saying it we just can't no we can't we can't understand it sorry it's just beyond it's like this is the dumbest argument ever of course we can we can at least rule a possibilities out if it's so Advanced that we can't like you know get any sensor data on it or figure it out then we're probably in a weird screwed situation if there's no biological being then it's probably AI based we can definitely definitely infer some pretty solid we can rule out some things like there the Big Board of aliens of what the options are it's like 40 options with the government sensor capabilities and what have you we can definitely rule out the majority of those so when they're saying we just can't know that's the biggest line of [ __ ] ever of course the government knows some of it's the government and just like Chris Kom said great points by him can't believe I'm saying that again great points he says well what if they just can't say it for whatever reason they don't want to say it they're embarrassed by it but they've been doing stuff that they can't admit to yes that's why we know that's why because we're seeing them zap MH370 so we know they're doing sketchy ass [ __ ] with this technology that they can't admit to it's darker than just the technology now it's like what have we been doing to maintain the supremacy of that technology for National Security right and of course if it was some adversary or unknown thing we would be shooting it out of the sky oh we can't oh okay we can't let's just give do normally right we can't figure something out we just give up that's how I was taught oh well look at that we can't understand that let's just give up it's just the worst lie ever and it goes with some of what Tucker Carlson said before where he said he's asked these people about he's asked presidents and they won't say well what does that tell you Tucker Carlson what does it tell you that you're asking presidents that trust you that they'll bring you to their house and talk to you and they won't talk to you about this topic yes it is something dark it's something big are aliens even in the stratosphere of something that would be that big no if it was aliens they would just tell you over dinner they'd be like hey Tucker turns out it was reptilians all along turns out there really is reptilians you know they would just say that what's the national security implication they might need to tell someone like Tucker Carlson so other people know if that was a situation it's not about aliens at all it's it's probably was never about aliens even if it came from Aliens it doesn't matter think about it it doesn't matter if it came from Aliens it doesn't matter if it came from atlantans it doesn't matter where it came from the implication isn't the aliens on our society that they're afraid of for National Security they're afraid of the technology okay so what is this technology that we would be so afraid of it was about almost a year ago when it dawned upon me free energy the implications of the physics being real are free energy you just think about that for a minute you go oh wow free energy is huge free energy does explain why they've been hiding this information why they've been hiding this UFO stuff it's not because of the aliens it's because of how huge a jump the technology is from where we're at right now and it's not because we couldn't figure it out it's because we can figure it out because we did figure it out it's because we realized right away oh here's this whole branch of physics that's been kind of ignored that perfectly aligns with how these aliens are flying around in their ships for the record I love aliens chat anyone who says otherwise is a damn dirty liar I promised multiple occasions that we would have all the aliens under President Trump and I tend to deliver on that promise unlike all the other politicians that are out there so when the aliens dropped off their free energy technology thank you very much we'll take it who cares about the rest I want to once last point I want to make is this one of the first journalistic pieces I wrote on X when I first started this was about what are the implications of aliens being real and US finding some power extremely significant technology either they are benevolent or benevolent or neutral right either they want to destroy us they want to help us or they don't care about us at all thiss is ants whatever in all three scenarios The Logical conclusion the species like us the Lesser species would do is reverse engineer the technology and try to catch up it doesn't matter what the scenario is it's not like it's like oh they're benevolent we don't really need to worry about how to get to figure out their technology we just let them give us what we what we're bestowed no in all scenarios you would just try to reverse engineer technology and what what are they lying about they're lying about that they haven't figured it out that's what they're lying about it's the simplest lie just say you've never figured it out people demand proof so if we just don't give it to them then no one will ever really believe it even if people know they'll just tell stories it's you'll never get Academia to believe it sadly that's how easy it is to control a populace and it's disappointing for the people like Elon Musk Tucker Carlson and Joe Rogan that they don't see the same level of disinformation and misinformation that they saw during covid has always applied to physics for the last 70 years as well the same thing you saw in medicine where they were just making up imaginary reasons to give people shots oh you got this year's cold virus oh [ __ ] better shut down the world give people a bunch of shots this is the same [ __ ] nonsense that's been going on in the physics world as well we have straight up pseudoscience being taught as mainstream physics when it's not really accurate and we can't even model cosmology we can't explain the Casmir effect and various other effects that prove quantum mechanics you can't explain it in a classical View we have to change our view of the universe and we have to better understand the laws of physics and how gravity plays a role and is related to electromagnetism we must understand that and teach that to the younger generation hello there birdie welcome okay we cooked chat let's just get right into it let's just get right into it okay so why atos second lasers why are atosc lasers important well atosc lasers are one of the ways where we can produce the balls of plasma that we need perhaps not the exact balls of plasma in the MH370 videos but maybe maybe uh I happen to believe that there's probably another way that we can do it without lasers but that it's maybe some way where it's a little bit too close to the Sun if we if we dig into that okay now Salvatore pise has been kind of sitting in the backseat of UFO disclosure for the last seven years I helped bring him back into the Forefront because I've always believed him even well before I did this when I first read those patents I always thought they were real want that to be on the record even back in like 2018 when I first read them or whatever and even L alzando yesterday used one of Sal's patents uh in uh an event that he was holding where he was doing a Dem or a presentation used one of his patents used his uh inertial reduction for a trans medium craft patent and there's five of those patents now I've spoken with s multiple times and S has said that he knew what was going to happen in the MH370 videos I think that's about as close as he could probably come without breaking in the ndas to basically saying that those videos got to be real from a scientific perspective um there are two videos I want to show you guys right now in terms of why atosc lasers are important okay and they both feature salvator pis man of the hour interpreting it correctly then you're talking about high energy plasmas with basically waveforms applied to them and that would plasmas that's a key factor non equilibrium so we're talking about you can call them called plasmas plasmas that do not obey the Maxwell boltzman distribution of the electrons within them okay that gives you an idea how could these if they're not obeying the Maxwell boltzman distribution that might be the key to amplifying energy Beyond where classical physics thinks that it just falls off wow I wonder if that's also what he's saying there plasmas uh be created hint hint at second fento second lasers among other things the other easier way to create these I don't think Salvador pis has ever told a lie well he did lie I think when he said he's never seen videos like the MH370 videos he definitely has and I think he's definitely seen a UFO or whatever we would call a UFO I think a normal person off the street would call a UFO uh so why do I think that well because did you just listen to what s said right there said we need to make non-equilibrium cold plasmas and how do we do that we use outc lasers and uh we might might be other ways that we can do it as well he said okay well I believe you sir I believe you are there other ways well whatever let's just start with [ __ ] second lasers because that sounds like magic enough Sounds like Harry Potter's wand hold on let me break out my ad second wand boom in fact somebody out there if they're playing Harry Potter games I don't know if you can name your wands probably call your wand ad second there you go that's a freeb on me you'll be the coolest dopest quantum mechanics kid in the Harry Potter Universe okay one more Salvador pise video which is very relevant because when we're talking about ADC lasers we're shooting photons we're shooting electromagnetic Quantum particles you know and so it's like what are we want to figure understand when people ask what what is an aosc laser that's a very good question what even is a laser how does a laser work what is light these are all entangle questions which I think that generally we don't really understand that well and so what's nice is that we're going to learn more about what the phenomenon of light even is as we learn about outc lasers and that's why I want to watch the video with you today because I like to show stuff that I think is educational now a lot of this is going to be pretty deep quantum mechanics stuff but I'm going to try to do my best to help bring it down to Earth but this this is the reason why we're going to watch about out ofc lasers tonightly charged super fluid could be a superconductor so the idea uh being that it's possible that we can actually slow photons what's going on here in a superconductor hold on one more time an electrically charged super fluid could be a superconductor so the idea uh being that it's possible that we can actually slow photons in a superconductor okay slow photons in a super conductor and plasma could be a super conductive liquid circuit well not liquid but whatever you want to call plasma plasma I guess so you just add that up and you say okay those two videos tell us the MH370 balls are not are balls of plasma that are super conductive and uh perhaps they might be coherent they have you know they're not dissipating so that's the from the man himself and that's why we want to look into okay well how does an ad laser work and before I do that um did you know what laser actually stands for beep uh it stands for light amplif light amplification by stimulated emission of radiation light amplification by stimulated emission of radiation hm when I hear that it it almost sounds itself like amplification of energy like because isn't light energy isn't a packet of light just a Quantum of electromagnetic energy isn't that what light is H now let me explain re very briefly my perspective this is just my perspective of the universe how I Envision this video game simulation that we're in is that I imagine when light occurs there's a stimulation in The Ether an electromagnetic stimulation in The Ether now why do I like this view this is very non-scientific when I look at my window and watch the light come in if I make the room relatively dark and just let the light from the window eluminate the room it illuminates the whole room it doesn't act like individual partic is acting like a wave you know basically filling up the whole room radially and when I look at that I think huh this feels more like what I would imagine a medium lighting up than necessarily like imagining beams of particles hitting me from the Sun for example now perhaps I'm totally off Bas on this possibly could be but if it is true that we're stimulating The Ether then perhaps there's a way where you can amplify that stimulation effect or create some type of uh pump into it and then you could have effects that would be classical physics would think are impossible so we'll see here we go guys and thank you guys for watching right now let's let's do it guys so tonight the main course oh wait this one's for later that's that's a that's a later stream from some other signs wait where are where's my videos oh here it is AD second lasers ad second science not just laser science in fact let me just do these quick super chats we are the change thank you very much brother appreciate you rare W for comeo it really is it really is Tic Tac Tundra thank you told you on the right path bro love you bro thank you Tic Tac Tundra love you too brother and thank you oh followup donation corporal's Corner found something hung I don't know what that means chat someone give me the context on that chat okay so here we go [ __ ] second science uh wait I feel like streamyard is acting weird there we go so this is presented by Paul corham of University of Ottawa electron that is multiphoton ionizes its immediate immediately subject uh photo ionizes is immediately subject to the lights electric field that will control its short-term future this control enables a gas of atoms to produce intense VV or soft x-ray beams since we can precisely control the infrared beam we can synthesize atosc soft xray pulses pulses that are the shortest controlled events ever systematically produced for a complex atom such as Xenon the recollision electron shares its energy in any multi-electron interaction measuring the energy share encodes multi-electron Dynamics such as phanto resonance structure in helium and the giant plasmon resistance in Xenon okay so the I don't know if it was these people but they won the Nobel Prize in 2023 for adoc lasers for producing AOC lasers so we're going to understand and try to figure out what all this stuff means but basically they are trying to produce the smallest quantums Quantas of light that they can from a Time perspective so they're going to explain exactly how it works actually pretty much right in the beginning here which is 1920 now I looked on the website before I gave my short my talk and it said the talk was for undergraduates uh partially and so I decided that I would put a few things in just to make sure that everybody was on the same page so I don't know how many undergraduates came I can't see um but I thought I would start out with what is an at a second because I Come From The Joint at a second science lab so an at a second is 10 the minus 18 seconds or one over one with 18 zeros I like to say you divide a second into a million pieces and you get a microsc you divide a microsc into a million pieces and you get a PC and you divide a PC into a million pieces and you get an at ofc it's nice to contrast it with what I mean there's no easy contrast in time and space but maybe you'd say a meter is like a second so if you do nanometers which big thing nanometer science is 10 the minus 9 meters which is huge compared to add a second to a second even a nuclear diameter so basically it's extremely extremely extremely tiny a millionth of a millionth of a millionth of a second 10 to the minus8 minus 18 if you're not good at math that means 18 zeros a period with 18 zeros and then a one very very small so if you're wondering yes we're getting close at this point to interacting with like Quantum things it's pretty small although things get a lot smaller theoretically at the quantum level but this is pretty dang small so why is that important because it shows humanity is Advanced pretty far from A Material Science perspective if we can do this um so since we're talking about add ofcs and I want to end up with multi-electron Dynamics let's look and try to think about what you might expect to happen on an at a-c time scale so I picked this off the web and it sort of talks about the natural time scales for a gases really so an air molecule collides with another air molecule about once every nanc so nanoseconds would be a typical time for collisions in densities of air and temperatures of there a molecule will rotate a typical molecule will rotate and more or less a peak a second I mean of course there are big molecules which are slow and there are smaller molecules which are relatively fast but you know sort of peak a second a chemical reaction cannot be faster than moving the atoms apart you might say other words chemistry is really moving atoms and so it really can't be much faster than a thto second just because of the inertia of pulling the atoms apart so at a seconds is the electron time scale electrons move and interact on the atosc time scale and so that's the kind of physics that bro what electrons move at the atcond scale look at this look at this chat look at it what what are the time scales we're talking about here this is below everything like any chemical reaction the the fastest it can work is ftocs so now we're talking about measuring things at Scales beyond that anything practical other than Just Energy so now we're literally talking about interacting with electrons directly interacting with electrons directly now if I were to come up with what are the ways where we can begin to engineer reality I'd say well the first thing we need to be able to do is interact with the electrons directly interacting with the electrons directly is like wow that feels like if there is ways to cheat physics like now you can engineer reality because what what are we even made of everything's made of atoms which is just like you know an ion is a el or a molecule missing it's a electron it's not equal and you know if you're starting to manipulate that feels like you should be able to manipulate the quantum effects at the macroscopic scale now like this is basically this is a tool this is a tool to bring the quantum effects up to the macroscopic level if you really think outside the box on what this means isn't it I still I just can't get over this graph basically saying this is just beyond anything like rotating atoms and stuff like this like atoms colliding or not colliding this is all Beyond those scales like significantly that will be opened up without a seconds in in way if you wish to make an out ofc pulse you must deal with electrons so I called this I think I called it when I put the advertisement into this at a second science but I sometimes call such talks using light to control electrons which in controls new light is much more General than what we do in ATC but it's a good way to introduce addc so think of an atom which is Illustrated here and think of electrons in the atom Illustrated right here as classical particles of course you all know they're not and think of an intense laser field or a laser oscillation I'll simply follow one cycle of that oscillation and when the laser field is strong enough then the pull on the electron is great enough that the electron will emerge from the atom and go into the Continuum so it will come out somewhere near the peak of the field if you want to think of it quantum mechanically the electron you can think of tunnels but if you want to think of it classically you're just pulling it eventually you pull stronger than the ion pulls back once free the electron gains momentum okay so if you're already lost what is a laser so when they shoot a laser beam they're shooting one wavelength of light so when he's drawn that that wave like that that's literally what a laser is doing that's why lasers are one color if you you didn't know that that's why a laser will be whatever color because it's shooting one particular wavelength so when it's shooting this this wavelength of light it's producing an electromagnetic field based on the right hand rule and so what he's saying here is that we can potentially use this to interact with gas or whatever we want to interact with like a gas is just a bunch of molecules right xenon gas hel or hydrogen gas whatever it might be and we can use the laser to interact with the electrons in that gas so if you just take a simple example like a hydrogen we've got our hydrogen atom that has one electron on it what are we going to do with that electron well if you've been following this live stream you probably have a really good idea we're gonna rip it off and create a plasma right we shoot an electron we shoot a beam of atoc second beam in there we can rip off the electron from its orbital from the orbital of the uh the nucleus in the presence of this relatively intense light field pull pulling away from the ion from which it originated gaining momentum and that momentum pushes it uphill against the the field which now is pointing backwards and depending on its moment of birth in this phase back here its moment of birth it can come back and collide with the ion from which it left the illustration shows one electron hitting another and knocking it free and this happens but what is really driven at a second science is something a little different the electron comes back and falls back in and is captured into the state from which it left giving off its light as a photon giving off its energy rather as light as a photon you might think of this classic is the electron which is being Griffen by the laser field at the frequency of the laser field sees the cool potential Falls in and out and has a high frequency commission and that would be a classical analog to what really happens on mechanically which is the electron Rec combines this yeah what like is anyone like am I tripping or is anybody else just thinking Fusion bombs right now like I feel like I'm just thinking Fusion bombs so what did he just say right there let me just break it down how does this work like making the aosc laser this it if I'm understanding correctly so far uh oh physical space is the gas so we're shooting this laser through a gas and it's ripping the electrons off of the molecules in the gas but then the electrons because the wave goes changes phase so when the wave is going One Direction the electron rips off this way but when the phase changes it comes back so the electron temporarily rips off and then comes back and hits the ion that it was ripped off from releases energy oh boy so isn't that just Fusion isn't that the concept of fusion and now I'm wondering what's the relationship between a laser and gravity and what would it take to get lasers to manipulate gravity let's keep going I feel like just truthfully chat I've already watched this whole thing once I feel like I have to watch it like 10 times this video humbled me which isn't too surprising since I'm a non-classically trained physicist but I watch this and I'm like I need to make sure I understand exactly what this guy is saying because the true reason why I watching this is there's several analog several in this video to the MH370 videos like I feel like whatever was done to make the plasma balls or make the plane disappear is the same physics and science that we watching and how to produce atosc lasers themselves like somehow figuring out how to make the tool actually teaches you how to make teleportation that's why in the thumbnail you saw plasma and teleportation because it looks like the tool unlocks the science which I could never have thought oh we're going to read about [ __ ] second lasers and be like why is all this so similar to like the orbs and everything that we've got going on let's keep going process that I've talked to you about which seems so classical and so simple and things like that can be made quantum mechanical but I will do it a little later on but it will still be simple um and it happens pretty well in all materials under strong Fields I might State this in semiconductor or solid state language just because I know a lot of people are in solid state um but and we can transfer it into solid state and much the same process happens so let me say it in solid state language where we have energy and momentum an electron is created by a band to band transition from the ion which has a very large mass and therefore has essentially energy versus momentum which is flat up to electron which has a much less lower Mass and has an energy versus momentum which is parabolic the electron now is accelerated on its band its parabolic band until the electron and ion find each other which is not now Illustrated in this illustration they and then they make a transition back to the ground state from which it left the electron and and ion recombine giving off radiation as a photon that's just the same thing as I talked about over here but I'm talking about it in solid state language and indeed exactly this process happens in a solid but I won't talk about solids here I really talking mainly talking only about atoms and molecules so just to make sure that that's absolutely clear to you a moment of birth Illustrated here by a Moment of birth in the field is mapped into a moment of recollision by f equals Ma and an energy of recollision I illustrate by red green and blue and there I've Illustrated that by some arbitrary number it depends on the field and the wavelength but the recolliding electron could easily be 100 electron volts of energy when it recol back with its parent ion and if it's 100 electron volts of energy in this trajectory if it was born a little bit later it will have a lower kinetic energy 50 electron volts that say again this is arbitrary made it up but that's this is the way it works wait wait wait wait what am I understanding this correctly is that depending on the wavelength of light that you use in the process you're going to get different an energy release and the energy release is significantly different like 10 times higher looks like here between red and blue I think that's what he's saying here cuz he's saying basically like wherever the phase hits it's going to have when the electron rips off and bounces back the amount of energy released is going to differ so the only variable I could imagine here is the wavelength right or am I missing something or maybe it's like a matter of getting it in Phase I'm not sure matter of getting in Phase would be like shifting it like this that's getting in Phase wavelength would be stretching it out you can't really do much with waves but you can do those two things yes blue is definitely more energy but why why is it that's what I don't really understand I mean obviously it must have to do with how the electron got ripped off and and it's energy coming back it's coming back with more energy right huh I'm sure that somebody in the chat in description today I'm going to need my PhD physicists who are more red pilled than the academics to uh help us out in the in the comments later on and it's still later birth will lead to an earlier recol in the lower energy so we have a sweep of energy from red to green to blue a bit like taking a short pulse through a material and the material will disperse it so if I take a short pulse through tin the Mirror Mirror the uh especially of this wavelength it will be dispersed and what I'm doing is just doing the opposite I'm taking the red the green the blue and put it through tin and I make it back again so this process that I've described to you earlier is produces a chirped pulse red green blue and when you pass it through a dispersive material in this case tin it's remember it's UV can be transparent or relatively transparent to this material to this radiation you can create an add a second pulse and indeed this is exactly how add a second pulses are created even the tin okay so what is a chirped pulse chirped pulse is a pulse of light or other electromagnetic radiation where the frequency changes over time meaning the instantaneous frequency of the pulse increases or decreases during its duration essentially chirping like a bird this is often achieved by manipulating the phase of the wave to create a frequency sweep within the pulse itself don't know if that helped me understand it a lot more okay no I don't know again if any undergraduates really okay so then he puts this uh if if you're interested in this uh math equation here I'm not sure if this is meant to be like a there's you're meant to figure out something from this I don't know if it's a trick question or what have you I actually asked the AI this but the AI couldn't really understand the implications of what he meant between the phases uh if he was trying to get at resonance I think that he might be trying to allude to some resonance uh effect here but he gives a math scenario here you guys can check it out on your own if you want to answer it and explain the answer to this in the comments I'd love it because in original video there's no answer to this question cycle or a cycle and a half hold on let's back up a little bit well it's controlling light to control the ELC to make new light so controlling light will make a Time dep so controlling light why would we do this why would we do this chat we're controlling light to make new light if the world was black and white and everything was based on classical physics this would be pointless classical physics would say you could never get more energy out of your light production here that you're doing so the original laser should never be able to produce more light than the original laser did but I guess maybe you're figuring out a way to like change the frequencies or something and change the light that it's given off weird anyway let's keep going dependent laser pulse who is perfectly controlled and the simplest way to think of it is let's make a pulse that's only a cycle or a cycle and a half long over here on the right hand side you see the square of a Time dependent field of a pulse that we can produce which is even less than a cycle long it's even half a cycle long so that's can be done and people can make pulses that are a cycle or a few cycles Long so now let's think about one on the right is fto seconds you can see FS down there and the and the in the blue on the right and it's squared so that's the reason why you don't see the ups and the Downs like you do on the one on the left so that's why all the ones look like Peaks but some of them phases would be inverted about it here the intensity isn't strong enough to remove an electron let's make it so the intensity is also not strong enough to remove electron around this peak but by this peak maybe the intensity is strong enough to remove an electron with some probability the electron is caught in the increasing field driven away driven back and recolliding that Bo burst of radiation I described to you with all of the descriptions the trip and everything that's not shown now you're going to say okay but the next uh that's how they make an addos second pulse there it is right there just figured it out how do they make an addos second pulse well the answer is we can't make one naturally so we're going to engineer an atosc pulse we can engineer an adoc second pulse by forcing the electron to rip free at the exact energy levels using the correct medium of gas so that the P so that when the electron comes back and hits the ion it releases the exact amount of light for an atosc pulse boom check it off the list we understand atosc lasers and how they made it and why they wanton a Nobel Prize for this I'm going to have to do a separate entire video about this now now that we actually understand exactly why they won the Nobel Prize because this is awesome of course they won the Nobel Prize for this this is awesome they're using a laser and can and they're just using Straight Up math to figure out exactly how much energy is supposed to be released they're figuring out how they can make a chirp pulse an outc pulse and so what that's what you see here is the part that he's got circled this part that's being circled is the energy that's being released after the electron breaks free and comes back and hits the ion that's what you're seeing and so you're seeing the chir pulse that's what he just said so now that I've given you that context listen to the last 20 seconds elron is caught in the increasing field driven away driven back and recolliding that boot burst of radiation that I described to you with all of the descriptions the CHP and everything of not shown now you're going to say okay but the next half cycle is even stronger the atom is more likely to ionize and so that electron will also be created or it will have a probability of being created and it will be pulled away with a strong by a strong field but it will be driven back by an increasingly weakening field and it will come back and maybe it will recol but it will recol with much lower energy and therefore less high frequency burst of radiation that's why there's going to be a chirped pulse holy [ __ ] [ __ ] chat we're learning quantum mechanics right now let Professor forbs step up to the plate here uh so what does quantum mechanics tell us everything is based on probability so now I know the answer to the question he was asking earlier is that what he was trying to point out is that when we're looking at this phase here this bottom left one there's let's say there's a 25% chance that electron breaks free 25% of the time electrons are going to break free now that is just straight up going to be a lot of the universe there's 100 electrons 25 of them are going to break free now that one the top peak up here what if that one there's 50% chance the electrons Break Free but there's also some percentage chance the electrons that broke free from before are recolliding this causes these electrons to recol but at the same time some of the uh more electrons Break Free at the same time and then the third Peak and this is just one phase right so this would this pattern would be repeated over and over and over and over and over again what happens with the third Peak the third Peak down at the bottom some of these recombine some of these other ones recombined in the second Peak and more Break Free on the third Peak but the problem is because the intensity of these Peaks are different we're going to see a chirped pulse we're going to see one frequency up here we're going to see a different frequency down here we're gonna see two fre different frequencies get released that's why he was saying we're going to see the multiple different bands of uh energy levels of light get released I think yeah so now we're seeing what is so now what are we understanding is really happening here what are we really talking about we're talking about shooting an electromagnetic pulse light laser into a gas and producing a plasma why what is a plasma plasma is the electrons Breaking Free he's talking about producing Plasma on short time scales they're recolliding but it's still producing a plasma and if that Laser's on then it's going to continually produce that plasma and that combination is going to keep happening and then what do we have to do all we have to do after that is manipulate the phase of the wave the wave or the not the phase but the wavelength what frequency do we want to hit it with because the output's going to be dependent on the frequency we hit it with and probably the medium that we use what kind of gas are we going to use filter and just looking at the highest frequencies one get oh hold on chat first of all let me just hit up these Don know real quick I feel I feel a rant's coming on chat oh I feel a rant happy Monday yatsi Mark Scott thank you very much brother feel rant noou nou thoughts on how put off Ultra Ultra terrestrials Ultra dimensional ultraterrestrial models really good paper definitely check it out uh why is he writing that paper he probably knows he's probably right read that paper ultraterrestrial models um we have the change thank you is it possible each orb has some kind of aosc laser yes it's possible to have something like an atosc laser or equivalent tool at their disposal absolutely I think it is thank you we are the change one Tundra we can vaporize a five mile radius on the ground well okay let's chill let's chill let's chill one laser target Baye in ionized radiation two lasers is the okay well let's let's keep it you know familyfriendly here now that you said that okay you damn Spooks that are listening we are getting really close to be able to produce uh some pretty scary stuff here I mean if this is if my hypothesis is correct about this then this is basically going to be a secret and a way to open the door to Cold Fusion and potentially uh a huge amount of energy and maybe we do require some secret sauce at Sal staying Beyond outc lasers but boy we are getting close we are getting really close to understanding the actual quantum mechanics and the math around it so this is going to produce recollisions and what if then it's just a matter of oh boy now oh oh [ __ ] chat man chat yatsi moments are coming at me hot I did not expect this I did not expect this oh my God why did it all just hit me all of a sudden it just hit me so the question is when we're looking at this so what so what do we want to do now so we've created this tried pulse well what if I don't want a tripped pulse what if I don't want to trip pulse at all what if I want to keep my ions and electrons separate what if I don't want them to recombine what if I don't want them to recombine at all then what do I do and what if I want to do what if I want to change the type of interaction that I want well the answer is I'm going to manipulate this wave what I feel like what happens if I have a standing wave how do I produce a standing wave actually that's really the question isn't that what I want I want a standing wave that's going to keep things stabilized that's what I want in the MH370 videos so I think this might be similar close but not exactly it because that's not a standing wave that's producing a chirped pulse somebody brought up Optical tweezing you know what we're gonna you because you just reminded me this and I was totally G to forget here you go see that when I put this ball in water the water sticks to the surface of the ball and causes the water to change directions and shoot the other way and the result of that change direction is that the ball is forced towards the center of the water it's forced into the water now this same thing actually happens with a particle when it's in a light beam so if you want to lock it in place in three dimensions then all you do is you focus that beam down to a center point now what we need to do is to be able to generate a particle right near that focal point of light that's small enough that can be pulled inside of it in order to do that I'm just going to be using a big marker here oh right there got one I got one no way look we got it don't move it's caught in there the particles actually floating in the air with light so it's actually trapped in the laser beam here you can see that bright spot right in front of it that is amazing it actually works trapped in the laser beam okay the more I'm looking at that the more I'm going okay so so you can definitely just trap Plasma in a sphere why would we not be able to look at what we're staring at right there it's trapped in a laser beam isn't a laser beam Just Energy yeah of course it is but it's emitting electromagnetic radiation right or it is electromagnetic radiation wow that is crazy I'm gonna have to play that later on my uh X Channel you can see can be pulled inside of it in order to do that I'm just going to be using a big marker here oh right there got one yeah the more I'm looking at this the more I'm like no way look we got it don't move it's caught in there it's right there the particle's actually floating in the air with light so it's actually trapped in the laser beam here you can see that bright spot right in front of it yeah what would you call that I would call that anti-gravity right anti-gravity although in this case the particle is so light this the electromagnetic forces can probably just keep it a loft but isn't that what anti-gravity is isn't that what anti-gravity is if light is just coming from The Ether then couldn't The Ether of energy be explaining why we're seeing gravity at all definitely think there's a connection there okay let's keep going that's more stuff I want to look at uh before presenting remove other media okay it's an isolated at a second pulse it's sure and we put it through a a material a material Litin to fix it but otherwise that's it so what's down here is just the equation for what energy you can get and it depends upon the field that you pulling it away with or the field that the ion atom ionizes it depends on the frequency of the laser that you're driving and that's really all there is to it it's really quite so the energy basically just depends on the frequency of the laser you're using to drive it and if I'm doing my math correctly here looking at this you're dividing by frequency squared so I would want my frequency to be very low is that true chat because it seems counter uh seems to counter the idea of high frequency wait yeah frequency squared maybe I don't understand something oh is that wavelength and not frequency maybe that's why one undivided by okay so one can drive with 800 neter lasers up to around 150 evv I said 200 EV in a high I atom like helium helium is not ideal mostly Neons use and you can go up to high IP at 800 nmet and if you want to go up higher to a kilt which people do people can go to a kilovolt at a second pulse or kilovolt high harmonics um then you have to dve push the wavelength of the light uh longer and longer and so that's but that's the way okay now longer I have not told you everything I've only told you as if it's a single atom irradiating being irradiated by a beam I have told you that all of the complexity is out here in the laser which is not shown we have to make almost a single cycle pulse if we want an add a Cy pulse but we take an ordinary Garden variety thae Sapphire laser we'll have an add ofc pulse followed by an add a-c pulse followed by another followed by another for you transform it it's a series of harmonics series of harmonics and S told us about Sapphire lasers said you just get a sapphire laser we've known about this is a sapphire titanium laser or something like that you can buy them they're just thousands and thousands of dollars and what are you going to do with it I mean you don't have like a you know vacuum chamber to test it and you're going to just find stuff that people already found anyway now this is pretty interesting harmonics and resonance are definitely connected to this definitely connected to this harmonics 15 17 19 21 23 2 Etc and this is the typical harmonics created by a typical ftoc laser pulse radiating argon or maybe neon this is ARG going pretty sure if I if I isolate it as I told you before here is the Spectrum going out further you can see it's not only 35 VB but it's on the same scale approximately the same scale continuously in the vertical Direction I forgot to say there was no information it was just a spectrograph so you see a spectral line so that's G what the gas looks like structure in the this is telling you about the spatial structure of the atos second pulse but rough it's a continuous Spectrum pushing all the way out to well over 100 e okay so that's high harmonic generation in reality it's not very complicated all the complexity is out here in the laser and if you want to do this you can just go buy such a laser commercial laser with put together a vacuum system a supersonic jet as what we use here in Ottawa mostly but it can be a fiber holding gas can be a cell holding gas and nowadays it can be a dialectric Al low it you cannot push to such short wavelengths but you can push to you know 25 EV using a solic material oh so they are trying to go for shorter wavelengths yeah that makes more sense it should be shorter wavelengths right higher frequency um this is going to get really interesting here let me see here okay so now I've described to you creating an add a second pulse and I hope you will not forget it I don't think you will ever forget it and if you go through the calculation I have you to do as undergraduates and you get it you will have it in your fingertips and you will never forget it this is and it's easiest to describe it by thinking about a conventional Street camera which maybe nobody in my in the audience here has ever really looked at or thought about so let me describe a conventional Street camera this is a technology of the 1960s I guess or 50s uh when it was difficult to make measurements of short the 50s or 60s so you brought a pulse in to be measured into a photocathode and in the photocathode the idea is you make a photoelectron replica of the pulse that you wish to see now of course you make the photo electrons out of the solid they got to make their way out of the solid so the energy is not a perfect replica they can lose some energy in the process and so on but you make the best replica you can make on the photoc cathode now you pull the electrons as fast as you can up to between two deflection plates on which you place a high voling time dependent field just like a television full fashioned television set and so the first electrons that come in they see one field and are deflected over here and the later electrons that come in see a different field and they're deflected over here and so you create streak across a screen a fluorescent screen that is a streak showing you the structure of the that's a street camera um street cameras like that okay chat am I I feel like I am just what you know what I'm just going all in on this it looks like he's just explaining teleportation in the MH370 videos when I watch that when he says figure out what pulse you're going to do a Rec recreate your pulse I imagine recreating the plane imagine the plane is a wave and you're going to recreate that wave so what are you going to do you're going to shoot it through your time varying high voltage what's your time varying high voltage that's your orbs that's your three orbs that's exactly what the orbs are the orbs are time varying high voltage that's what the ball lightning is and then what are you doing when you're shooting it through there you're [ __ ] teleporting it you're teleporting it you're forcing it to a specific Direction Through the high voltage and so that's what they're doing they're manipulating the direction of it on the end of the plane here and you're seeing it uh in this case get pulled them get pulled to the left now take this to its extreme and don't imagine it's just getting pulled like it's literally ripping through SpaceTime and then that slingshot effect that I always talk about if you took it to it super extreme that's what you would be seeing happen here between these two plates it's just stored in SpaceTime itself because the voltage is so high and this is extremely similar to Google four wve mix pumping four-wave mix pumping and you can use you don't have to be just like basically they take two waves that are 180 degrees out of phase and then you shoot another beam into it and it reflects like phase conjugate reflects back um for some some reason there's a there's like a really weird connection to this between quantum teleportation uh double slit experiment and experiments like this are all really really similar that are still used in for measuring X-rays and they've really become improved considerably I think they can now have a Time resolution of less than a peak a second maybe 100 F seconds even I don't know but otherwise except for here in here they're essentially unused but you could think about how you could improve such a street camera so one problem is the photocathode so let's get rid of the photocathode let's replace the photocathode with an atom so now I come along just ionize and I create replace the photo cathode with an atom with atoms you mean like an object okay let's replace the photo cathode with an object what else should we do let's go full screen for this create a photo electron up here let's say get the hydrogen atom to make it easy I create a photo electron its energy range is exactly the energy range of the pulse its time structure is the same as long as I have a simple enough atom I create a true photo electron replica of the pulse so that's the first thing and that would improve Street camera dramatically the second thing so the first thing would be you would need to figure out the exact pulse you need for the plane for whatever object you're going to going to manipulate so the orbs are probably mapping the plane they're mapping the plane they're figuring out exactly what what the pulse needs to be because it's got to be perfect it's GNA use an atom why put it over here why not stick it right in the middle of the deflection plates yes and so we'll put it right why not stick the atom in the middle of the deflection plates yes yes why not stick get right in the middle of the deflection plates chat and what what would happen if you squeeze the deflection plates onto the atom that's what I want to know just feels like we're just feels like we're close why does this not want to leave there we go what the hell right in there in the first place and then why use deflection plates why not replace the time dependent field with an infrared laser pulse laser pulse gives you time varying field it's just faster but that's great the time Varian feel with an infrared laser pulse who was it in the chat earlier that said the orbs might have a laser on them yes you are probably right this is why guys I've been saying for a long time the orbs almost certainly have some kind of laser negative energy laser it might be a tunable laser that can do multi-purpose like a Swiss army knife type laser that they have can it manipulate gravity yes absolutely we just watched an object being Li lifted in a laser pulse and you would say well Ashton how can this ball of plasma float well because the ball of plasma isn't very heavy doesn't have a lot of mass so it can easily float so that might be another reason like I don't think we're breaking any laws of physics at all we're not breaking any laws of physics with this with anti-gravity because once again the the whole gimmick of anti-gravity is that gravity is not some elusive particle that we can't find gravity is just a pressure Force so how do you counteract a pressure force a different pressure in the other direction that's it that's it not a second post and then the last part we generally use we take the measurement of energy instead of streaking it across the camera across a fluorescent screen but you know that's uh that's sort of either way would be fine I guess so the at a Second Street camera replaces the photocathode with Adam replaces the time dependent field with an infrared field from a laser and that's the deflection so that's the best way to measure Adis second pulses um in fact what you measure is something this is actually how such a measurement goes so let me talk about that first so they shoot demons gas of argon that's what they're using here Argon gas um a short pulse comes in and creates the add a second pulse the add a second pulse now propagates along with the short pulse and it's separated from a the the driving pulse by a set of apertures now creating an infrared beam which will do the deflection and the add a second pulse that comes through here you [ __ ] Spooks who've been hiding those MH370 videos oh my God you're Reckoning is coming it's going to be such a beautiful goddamn day you have no idea how joyous a day it's going to be uh I I don't like to play games so let's just get right to it read the dird that I've been talking about defense intelligence reference documents uh about when they're talking about negative producing negative energy laser one of the things they talk about is breaking out the negative energy portion of the laser from the positive energy portion this is exactly how it's done I've been wondering how do they how do they do it like okay sure you have your gas and you shoot your beam through your gas but you must use some kind of filter yes you do look at all these lenses they can set up on it you set up the lenses on the beam that comes out and now you can actually like strip out certain wavelengths of it different ways and so now you could send those in different directions you want in this case they're sending them back together but you don't need to do that you don't need to do that that's just an optional thing if you want to produce Fusion you could shoot them back together if you don't want to separate them these are very physical how physical are these beams extremely physical physical in the sense that they are absolutely producing energy absolutely no question that's the whole point of why this won the Nobel Prize we're reviewing this because this won the Nobel Prize like two years ago UV and they come to a second jet a neon Jet and in the neon jet we do exactly what I told you but the had a Second Street camera and we measure the energy of the electrons that are created in a time of flight uh setup so that's the add a second Street camera and so now I think I can sum up this part the production and creation so suming up solving FAL Ma isn't it amazing how simple the intensity which an atom ionizes actually I didn't make that case but you could do you could calculate ionization classically and you'd be so when he's talking about the intensity at which gas ionizes he's saying this is the energy you need to make the hydrogen electron rip off of it we can calculate that so we know how much energy it takes to get the hydrogen's electron to rip off of it and produce a plasma we know that we can figure that out just straight up math easy math f f equals ma almost exactly right because when you tunnel in F seconds it's not much different than classical ionization so it's the intensity which an atom ionizes the frequency and time structure of an atcond pulse how at a-c pulses are measur measured isn't it disappointed that classical physics is so good um so let now com back interferes with itself into the Continuum exctly the same problem okay so here he's explaining I'm going to skip through this a little bit but he's explaining the same thing where the electron breaks free and then you see this one phase at the bottom so the blue squiggly lines you're seeing these small phases here where the different that when we were looking at that that phase that W phase wave before you're seeing the smaller amplitudes versus the larger amplitudes and therefore you're seeing this chirped pulse here now this part I thought was really interesting as well so this is the interferometer what the interferometer looks like start right here and you can think about using it in multiple different ways okay so uh reading that interferometer because that's really an interferometer or creating the add a second pulse is really Illustrated in this illustration the recollision electron like a washboard and the bound electron you can imagine the the gaan there they overlap and they interfere creating that interference and that interference there's a minimum here that overlaps the GOI and pulls this down there's a maximum here that overlaps the GOI and pulls that up Square it and we find the charge is on one side of the atom or molecule it will be true in solids and as the wave packet moves forward where there was once a minimum now there's a maximum and where there was once a minim a maximum now a minimum and so the charge has moved sideways so we have this oscillating charge as the wave packet moves through and an oscillating charge in its radiation the amplitude and phase of the recollision electron are transferred through the light through the transition the dipole moment or the transition moment I just described the dipole moment here and how you get it but that's the transition moment dipole moment so the dipole moment would be when the electron broke free from the ion from the molecule presumably is that what guys someone fact check me this is just I'm trying my best so a dipole moment a dipole is when you have uh a separation from non-neutrality of electric charge so a separation of electric charge so if we break the electron away from the molecule now we have a separation from electron charge I guess that's the dipole moment but the electron comes back so now the dipole moment is over so the dipole moment would be while the electron is separated away before it comes back presumably that's the dipole moment and so what he's saying here is that we can visually see that dipole moment in the interferometer in the test so if we do an interferometer which is the Michaelson Morley experiment we can see the Distortion of I would argue SpaceTime from the light being produced from this now why is that big why inde well it reminds me of something else that we looked at once before by Harold Sunny White when he was showing us his warp drive metric and he was using the interferometer to measure the intensity of the manipulation of SpaceTime which makes me think that we are like borderline on the same same science and physics that's governing ATC lasers very possibly governs warp drive mechanics as well no wonder there's a connection no wonder plasma is connected to all of this right no wonder Plasma's connected to this we're like borderlining on you know making a warp drive ourselves at this point we'll figure it out eventually chat we're close I feel like we're close from a point of view of a projectile the electron is a short wavelength projectile if you think about using a photon of the same energy ahe a little here's your interferometer right this is what interferometer is if you don't know what interferometer looks like so interferometer splits the beams and what you're trying to do in interferometer is actually quite simple you're sending your beams two different directions and you want to see if they reach the destination at the same time that's it that's all we want to see if there's a phase change then they're not going to hit at the same time so we can tell if there's some interference or something happening right that's how we also test for The Ether but in order to do it the problem is we didn't find it because the ether's homogeneously spread all around us I want to say that we measure e like searching for water in the water when you don't know water exists of course you're not going to find and realize that oh you're you're in it all the time is a function of T no I'm me less often but we could have done so e is a function with a sheared nonlinear interferometer I took a picture off the Internet of an autocorrelator okay let's keep is brought in so I'm not GNA bother to I won't show you that here put your criticisms and I'll try to be and fite them back at the at the year okay um going to change this is the part I uh not too warm they hope hopefully they're quite cool about 20 degrees Kelvin uh they won't be fully cooled it would even be cooler if we come down further but we need a reasonable density of molecules in order to produce harmonics we'll take a pump pulse that's small in size that's the orange one it will be focused therefore weakly to large in size here so we align all molecules maybe I should make it clear why the alignment Works think of this as the molecules and I have a laser field pointing up and down and I'm pulling the electrons and I give it a little twist this way when the field is pointing this way but as the field changes the electrons internally sort of bias the other way and it still pulls it towards alignment and so molecules are pulled towards an align alignment with an intense laser field creating a rotational wave packet bit like a pendulum and all pendula align and uh as long as the angles not too great align at a certain time delay afterwards and molecules are no different what did he just explain how you can basically turn atoms back into a wave function okay so here's the the rub so we need our molecules to begin to become super conductive and why because anything when it's super conductive then it's going to have this Quantum property where it behaves as one really when you actually if you boil down this is going to be a good clip probably maybe not when you boil down what does it mean to see macros Quantum effects at the macroscopic scale the way I imagine it is getting multiple things to act as one huh what does Ashton mean by that that means that generally when we look at Super fluidity super conductivity we start like super conductivity they call Cooper pairs because the individual electrons they claim are become get paired they begin to act as like one and then just to float through stuff in super fluidity the whole blob of the super fluid begins to behave as one solid mass as opposed to individualistic anymore so if that's the reality then what if what we're doing conceptually with the airplane and the MH370 videos is we're making one electron one giant electron or one giant maybe the balls of plasma are basically just one massive molecule it's like one massive molecule that they created on the macroscopic scale and they're just basically as Roy D Herbert said tricking nature they're tricking nature into thinking that they're creating one massive electron what if an electron because of its weird Quantum nature what if an electron can be any size what if the one electron theory is true an electron is more mystical than we think and that an electron isn't bound to be in a specific size the electron can grow and scale up as weird as that might sound and then if you do that now you can cause all the effects you would see an electron at the quantum scale at the macroscopic scale including one of the ones that we see the most which is quantum teleportation Quantum uh entanglement non-locality Quantum tunneling pretty weird thought but this this video really made me think about it more I'm starting to think because when he explains entangling these particles together into like a super fluid that's using this High powerered laser isn't that what we would argue that they're doing to the plane they're basically turning the plane into a super fluid turning into a wave function so I'm let me repeat the last 20 seconds and so molecules are pulled towards an align alignment with an intense laser field creating a rotational wave packet B like a pendulum and all pendula align and uh as long as the angle is not too great align at a certain time delay afterwards and molecules are no different so I mean yeah this is definitely what they're doing 100% 100% they're definitely slingshot in the plane there's a fourth orb I'm pretty sure there's a fourth orb they're making the field between the fourth orb and the three orbs just like the Bazar video that's what's that's how they're doing it so you imagine just like in this image right here imagine that SpaceTime that's being bent together like that and what's happening is they're pulling the distant location forward close to them this one bottom side of the disc of the three gravity generators when they want to travel to a distant point the disc turns on its side the three gravity generators produce a gravitational beam what they do is they converge the three gravity generators onto a point and use that as a focal point then they essentially bring them up to power and pull that point towards the disc yeah the disc itself will attach onto that point and snap back as they release space back to that point now all this happens in the Distortion of time so time is not incrementing so the speed is essentially infinite time's not incrementing because that's what they're doing here oh well let's just that's a really great image right there that's exactly what's happening they're just shortening the distance between the fourth orb and the three orbs that's how you have to logically think about it because that's from a Time perspective that's what's happening instantaneous transmission faster than light speed from our perspective from the outside perspective I turn off my laser pulse by the time they're aligned and then they're just going to go through this kind of quantum mechanical process again and be aligned again so I'm going to pick one of the Revival later on when all the molecules are aligned and I'm going to bring in the second pulse a pro pulse is shorter more intense and its purpose is to ionize and create high harmonic radiation and High harmonic radiation we're going to look at a microchannel plate I think I told you about that so it's going to be much the same as what I've described to you already oh so here's the normalized harmonic intensities harmonic number along here that is the wavelength of the electron essentially harmonic number so they've basically figured out like they're just basically way ahead of what this guy's saying and they've figured out like the exact gases needed the exact energy levels and and the the pump that beam that you're using they figured out all of that and they've just taken it to like a next level where they' figured out teleportation like they figured out that when they started playing with this they started making things disappear when they started playing with it and so they just started taking it to his logical extreme next thing you know they're beaming a Coke can from one room to the next and then after that they say well how big can we make it if we can make a Coke can disappear can we make a plane disappear yes we can yes we can sir here monic intensity in the vertical direction from nitrogen of different alignments and here's the alignments you can see that there's a whole set of them 5 degree intervals and it's really not important for a lot of time but I don't need a lot of time for the last of this so our approach is always an inter formetric approach always inter formetric produce and add a second pulse with one beam I told you how you can make a very short pulse only about a cycle or so to create an AS pulse you can be a little more sloppy by using a slightly different approach a Time dependent electric field it pulse starts circular the electron never comes back if you follow f equals Ma and goes linear and there it collides and goes back circular again and that allows you to be a little more sloppy you can have a little longer pulse if you make it in this more complex way and that's what we do in my lab and then you come in and perturb that with the second beam like an interferometer an interferometer you have two paths and then one some one arm you're going to perturb you're going to have a little micrometer and you're going to move one arm rather than the other and this one this perturbing beam is really the interferometer this the micrometer essentially but you use an interferometer these two beams interfere in the medium creating a diffracting beam if you think about the electron it moves along the strong field and so the weak field is really creating a little phase of amplitude grading on top of this really strong one and because the electron is moving along the strong one there is a delay As you move up and down so it really is a phase in an amplitude rating and it's Rhythm now you're going to you remember that return at different fields at different uh at different times and so a phase in an grading will have encoded in it information about what when the color returned so out comes a defract beam it's picked up in the toal mirror and focus back down on the screen over here in between we have a physical grading which separates the colors and so there will be red green and blue and we're going to look at the structure of that grading in here as seen by the red green and blue radiation and that will contain information about the details of that uh so basically he's saying that when we look at the uh different color screen we see at the bottom right here we can tell what kind of pulses are being given off that seems to be what it is um if I'm correct here certainly seems to be what we're looking at now the pidal mirr is interesting because this is what Eric Davis was saying uh was used potentially with the negative energy laser he said to make a negative energy laser you might want a long conical mirror I think cylindrical which I guess you could call it toal mirror certainly looks like that that we're seeing right there so somehow there's a connection here somehow there there's a connection here um and then he just shows some of the experiments at the end uh some of the just like phase shifts that he was able to they were able to produce versus the simulations versus the experimentations so pretty similar pretty interesting um okay let me just really quickly hit these last donos um thank you Mark Scott for that other follow-up donation I appreciate it um Tic Tac I had to put you in time out you were kind of going crazy there but laser one is sub fto second pulse laser two is longer pulse way higher intensity yeah I think that's the whole point is you're trying to amplify it you're trying to use one pulse and then you're trying to amplify it that's that would be the point of using a laser right uh I don't know what cinear geometry but thank you very much uh wait so does that kill the occupants it's a great question truthfully some people have told me yeah it will but I don't think so I mean it could if you look at the stuff that uh Ken shoulders Wasing looking at he says that it makes stuff disappear but he says it's like teleportation and even Bob Greener when he says it's making stuff disappear he's saying it's it's going somewhere else but it might go to like the center of the Sun or the Earth which should be the equivalent of making it disappear right so uh no I think it's actually just zapping it somewhere else I think that really the answer to this is going to be that what we think of as just something getting Zapped out of existence might just be actual teleportation like a bridge between two points in SpaceTime at the end of the day what I really think is happening is that the only way this can really be possible physically is if what we perceive as our reality is a holographic projection That We're Just Energy being projected from like a V like a the same as like a computer basically the energy being projected onto your screen you're living out your 3D video game in Minecraft or whatever your 3D game is that's the same as our reality we're a projection our bodies are Mass but it's still Just Energy and that all the points that we see in distance that we see that's all Just an Illusion it's all an illusion being projected out onto us that's how we can do what we can do where we can just teleport that's how it would make the most logical sense to me so I think personally that's what it's gonna end up being but I don't know I I'm actually not like I don't really have any strong biases on what I think the answer is going to be about physics and what have you I just want to get to to the I just want to get to those answers you know but yeah I'm not going to be the one that volunteers for that test no chance no doubt so I think that looking at this today what I leave being very convinced with is that this science [ __ ] second science is the secret to producing coherent balls of plasma even though we might be able to move Beyond lasers entirely it's like if we can amplify an input laser into a power more powerful output then can't we just amplify like any small input can we use like sound waves to amplify into a laser why not I don't know um so those are questions that I think I look I look forward to exploring more in future topics I also leave really really convinced that there's a relationship between light and anti-gravity or gravity I guess is the better way to explain it gravity manipulation it seems very clear there must be a connection and then really like what is light even to begin with it seems to me you know light is just an emission of energy when we look at it from the model there it's like oh well The electron's Ripping free and then bouncing back and it's emitting light it makes sense but it's also like why is the universe that way why is it that way and what makes it that way space is empty but how is it doing that is it absorbing the energy from the laser anyway interesting thoughts uh fun looking at all of the stuff related to lasers I hope you guys enjoyed it one last thing in video I'll I'll leave us with for Our Moment of Zen is uh was it ftoc laser yeah I think we have this ftoc laser plasma ball so this is just like a backyard this is not a laser nearly as powerful as the one we just saw and I'm going to mute it because it's got actually I'm not going to mute [Music] it so this is a fto second laser producing a plasma ball I think it's just ripping the hydrogen out of the air I think that's how it's doing that actually could be wrong I'll mute it for this last version anyway guys that's your Moment of Zen thank you very much hope you enjoyed the live stream check it out on Wednesday guys very special live stream on Wednesday everybody Wednesday live stream going to be a big Showdown well I don't know call it whatever you want to call it we're going to talk about cold fusion on Wednesday two special guests Bob Greener Michael Peron uh two heavyweights uh in the physics world uh and and low energy nuclear reactions expert Bob Greener discussing cold fusion low energy nuclear reactions uh I'm gonna I mean I'm going to be honest I'm biased I believe that uh cold fusion is absolutely real so I look forward to learning something and hopefully uh getting us getting close understanding like what form of cold fusion is going to be like the real the winner so check us out on Wednesday for a special hard TRS podcast cold fusion Michael Peron and Bob Green your guys see you guys Wednesday oh also 6 p.m. Wednesday Central Time 1 hour early be there peace everybody love you guys MH 27x [Music] out out in the fields where the skies are wide talking about a journey through the cosmic ride Einstein and Thorn they set the stage for a trip through time across the Space Age worm holes connect distant points in space traversible paths to a far off place no black holes pull no 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the plates creating the throat open the gates from Earth to the stars in a single bound a shortcut through space profound engineers and dreamers hold the key to Future worlds and what we could be with science in hand we Forge ahead through the cosmic paths that we [Music] now we're talking wor star GES negative energy travel through the cosmos it's St Destiny it 70 where did it go B Triple 7 through a wormhole flow from the fields to the Stars we break the chains understanding the universe we make the gains l h shines bringing truth to light through his music will'll explore the night with worm