[SPEAKER_01]: I got stuff for you.
[SPEAKER_00]: Holy moly.
[SPEAKER_00]: I need to get some snakes and release them around my house.
[SPEAKER_01]: But I love eat people.
[SPEAKER_01]: I love eating kids.
[SPEAKER_03]: These guys are the scientists of the supernatural.
[SPEAKER_03]: Lecturers leaving lessons for inquiring laymen.
[SPEAKER_03]: They are applying the scientific myth that to a world that baffles sides.
[SPEAKER_03]: They are the cryptids of the core.
[SPEAKER_01]: Every day, the European Earth.
[SPEAKER_01]: I know, right?
[SPEAKER_01]: I'm more convinced you're a bunch of aliens.
[SPEAKER_02]: No.
[SPEAKER_02]: And it just stood up.
[SPEAKER_02]: I mean, it just kept going.
[SPEAKER_02]: And go on.
[SPEAKER_02]: And she goes, what the fuck?
[SPEAKER_00]: These are idiots.
[SPEAKER_00]: I was laughing reading this, because I already knew how you would feel.
[SPEAKER_00]: Idiot.
[SPEAKER_00]: What the story fits your balloon?
[SPEAKER_01]: Well, this isn't a UFO, but who else has big black wings and eyes?
[SPEAKER_01]: Air mock man.
[SPEAKER_01]: I'll put the music.
[SPEAKER_01]: Well, everyone.
[SPEAKER_00]: Just so we can start when we talk about that real quick, because I had something that wanted to ask you, I just see it all the way.
[SPEAKER_00]: I see it before, but I want to see your opinion.
[SPEAKER_00]: Yeah, I just quiet, uh, would you try it?
[SPEAKER_00]: Well, quiet, the music out in post and edit.
[SPEAKER_00]: It's a bright time, sick.
[SPEAKER_00]: But, uh,
[SPEAKER_00]: Yeah, we're seeing that guy on TV.
[SPEAKER_00]: He's like You know fruits grapes and straw is bad for you.
[SPEAKER_00]: It's got some sugar and like how much sugar is this half?
[SPEAKER_00]: It's this much.
[SPEAKER_00]: He's like that's equivalent to a Hershey's Hershey's bar Hershey's candy bar.
[SPEAKER_00]: Might as well give him a Hershey's candy bar
[SPEAKER_01]: Yeah, but there's no vitamins or nutrients.
[SPEAKER_01]: That's what I'm saying, but she's candy bar.
[SPEAKER_00]: That was his argument is like fruits are bad.
[SPEAKER_00]: They're just sugar bombs for kids.
[SPEAKER_00]: That's, it's not good for him.
[SPEAKER_00]: But it's the same as giving him a Hershey's candy bar.
[SPEAKER_00]: She might as well give him a Hershey's candy bar.
[SPEAKER_01]: He was also fiber and protein and silly look.
[SPEAKER_01]: Like there's a lot.
[SPEAKER_01]: That's why I just thought it was a lot in fruit.
[SPEAKER_00]: The dumbest thing ever, but he was being, like, he was arguing, we had on television.
[SPEAKER_00]: So who was that for?
[SPEAKER_00]: It's like, let's flip the food pyramid all around again and like completely flip it up set out.
[SPEAKER_01]: Oh.
[SPEAKER_00]: And that's what we got now.
[SPEAKER_01]: This episode is called the universe is weird.
[SPEAKER_01]: We got requested to the universe is weird.
[SPEAKER_00]: Sorry.
[SPEAKER_00]: I had to get that off my chest.
[SPEAKER_01]: Some physics stuff.
[SPEAKER_01]: We're going to just make you question reality even more so.
[SPEAKER_00]: Science.
[SPEAKER_00]: Well, this sounds like a job for J clone 230.
[SPEAKER_00]: That's who I am.
[SPEAKER_00]: I'm Jay clone 230.
[SPEAKER_01]: First real quick, my scobie meadows go follow on Facebook.
[SPEAKER_01]: It's our farm that me and Jay are in Emily are putting together.
[SPEAKER_01]: The will be a farm stand in the next coming weeks.
[SPEAKER_01]: And I'm painting rocks for it.
[SPEAKER_01]: I get a customized one of a kind of rock at the farm stand.
[SPEAKER_01]: Yeah, there's big foot.
[SPEAKER_01]: And we're supposed to give a shout out to Melissa.
[SPEAKER_01]: Hi, Melissa.
[SPEAKER_01]: Hey Melissa, uh, hope you're having a good day, keep hiking, keep dreaming, and keep fighting big foot.
[SPEAKER_00]: That's right.
[SPEAKER_00]: Stay safe out there.
[SPEAKER_01]: And don't forget to get your jamboree tickets for the jambore three.
[SPEAKER_00]: Yep, a first salary of october this year all it's free to attend the whole jamboree but the tickets get some tickets for the VIP experience on Friday the day before.
[SPEAKER_00]: I almost said I almost had a Patreon joke spend all the time with us play our trivia game that we'll have set up are we doing a talk on Friday this year.
[SPEAKER_00]: Like we did last year.
[SPEAKER_01]: Yeah, we'll probably do something.
[SPEAKER_00]: Well, I just know our talk went a little long last year, but we'll do something.
[SPEAKER_00]: We'll entertain.
[SPEAKER_00]: We'll give some sort of presentation or I think what is a dance.
[SPEAKER_01]: I mean, you will dance for half hour for everybody.
[SPEAKER_00]: All right.
[SPEAKER_00]: I think we have a dance routine with Paul and Gary now.
[SPEAKER_00]: Gary joined in.
[SPEAKER_00]: He at least he volunteered for it.
[SPEAKER_01]: So did I hurt him?
[SPEAKER_00]: So thank you, Gary, for volunteering for the Friday night.
[SPEAKER_01]: Daily binding.
[SPEAKER_00]: Yep, legally binding.
[SPEAKER_00]: Dancing, selling and dance routine that
[SPEAKER_00]: you're providing for us all and if you remember we're using our expenses where he has had tax right off to bring in and do this show so you better be there and that's it let's get on to this science into the universe that physics the universe are you excited about physics
[SPEAKER_00]: Oh, I never took physics in high school.
[SPEAKER_00]: What?
[SPEAKER_00]: I never did.
[SPEAKER_01]: No.
[SPEAKER_01]: I ran out of science courses.
[SPEAKER_01]: I told you that, though, before.
[SPEAKER_00]: Yeah.
[SPEAKER_01]: I like my senior year.
[SPEAKER_01]: I left at like one o'clock every day.
[SPEAKER_00]: I ran out of gym courses.
[SPEAKER_01]: To read out of gym.
[SPEAKER_00]: I took gym at Vantage gym twice.
[SPEAKER_01]: Advanced gym.
[SPEAKER_00]: I think I'll probably the only eight of graduate to ever take advanced gym twice.
[SPEAKER_00]: And that's just because I had the keys of the bowling alley.
[SPEAKER_00]: So we come out here and go bowling.
[SPEAKER_00]: There you go.
[SPEAKER_00]: So you had to bring me back senior year to do it again.
[SPEAKER_01]: So we're going to talk about a list of unsolved problems and physics first.
[SPEAKER_00]: OK. Spooky action at a distance.
[SPEAKER_00]: Is that one?
[SPEAKER_01]: I kind of, I mean, that's kind of that's our Einstein described quantum physics.
[SPEAKER_00]: Right.
[SPEAKER_00]: Yeah.
[SPEAKER_00]: Hey, what a great, you know, one of our most advanced scientists that we get to look back on history on and that that's how we describe certain things he just couldn't explain.
[SPEAKER_00]: just spooky action at distance.
[SPEAKER_00]: Don't look at this guys.
[SPEAKER_00]: I'm sorry.
[SPEAKER_00]: I don't like Einstein.
[SPEAKER_00]: I do.
[SPEAKER_01]: And I do think it's a good.
[SPEAKER_01]: I think he was very honest about quantum physics.
[SPEAKER_01]: I've just like, well, how I kind of describe a lot of modern science is causing effect and not knowing the middle.
[SPEAKER_01]: And that's what we make up is the middle.
[SPEAKER_01]: And that's kind of what that spooky action at distance kind of in my opinion is describing is that we can see what's happening at the end can't explain it.
[SPEAKER_00]: And so we don't we don't really know what's happening in the middle, but we know if you do X you get why will happen right my opinion He's just that's just a way of saying like yeah, we're not going to actually look and explore this because that might actually tell you the truth about how the world works So the first one we're going to talk about is the theory of everything Okay, the theory of everything you know if you were heard this term before
[SPEAKER_00]: Ah, maybe, but I don't know what it means.
[SPEAKER_01]: So I'll read the little blur by got about it.
[SPEAKER_01]: And then we'll kind of talk about it.
[SPEAKER_01]: OK. Is a singular, all-encompassing co-hearing theoretical framework of physics that fully explain, that links together all physical aspects of the universe?
[SPEAKER_01]: So right now, the big question is, so basically, what we're trying to discover?
[SPEAKER_01]: how it all works together.
[SPEAKER_01]: Right.
[SPEAKER_01]: Yeah.
[SPEAKER_01]: So we have because I do want to do the 31 mathematical or the 31 things that make the universe perfect.
[SPEAKER_01]: Okay.
[SPEAKER_01]: Because it's like crazy math of like if it's off by one one of a trillionth like.
[SPEAKER_00]: don't not of it.
[SPEAKER_00]: None of it works.
[SPEAKER_01]: Yeah.
[SPEAKER_01]: And they all they all rely on each other.
[SPEAKER_01]: The formerly all breakdown.
[SPEAKER_01]: They shouldn't all rely on each other.
[SPEAKER_01]: That's kind of what this is getting at is that like electromagneticism and gravity and light speed and like so all these you know millions of theories and a lot of them conquered it or don't agree with each other or don't
[SPEAKER_00]: Hmm, the ultimate question.
[SPEAKER_01]: Yeah, and like, gravity's a big one that's focused on is that gravity is very poorly understood by that.
[SPEAKER_01]: I mean, the causation of gravity, right, not the gravity exists.
[SPEAKER_01]: Like once again, we talked about with science, the theory of gravity.
[SPEAKER_01]: Wait, I mean, once when we talk about science is like they're really good at causing effect and not explaining the middle, because it's very hard, like you can test exact gravities, like we have gravity meters and stuff like that we talk about gravitational anomalies.
[SPEAKER_00]: They measure all the gravitrons flowing through something that's ridiculous, you know it's ridiculous.
[SPEAKER_01]: I'm not saying that that was the leading theory for a long time.
[SPEAKER_00]: I know.
[SPEAKER_00]: That's what, okay, gravity bothers me, this is a name.
[SPEAKER_01]: So physical constants, the big list I want to talk about, physics constants, like they're the math that is always the same.
[SPEAKER_01]: Right.
[SPEAKER_00]: Right.
[SPEAKER_00]: Like the speed of light.
[SPEAKER_01]: So the next one is dimension, dimensionless physical constants.
[SPEAKER_01]: At the present time, the values of various dimensionless physical constants cannot be calculated.
[SPEAKER_01]: They can't be determined only by physical measurements.
[SPEAKER_01]: What is the minimum number of dimensional list physical constants from which other dimensional list physical constants can be derived?
[SPEAKER_00]: Gosh, okay, you're starting to get too complicated for me.
[SPEAKER_01]: Our dimensional list physical constants necessary at all.
[SPEAKER_00]: Okay, it's just, I don't know.
[SPEAKER_01]: That's, I mean, that one's above my pregnant also, but basically saying about like,
[SPEAKER_01]: the mysteries of the universe, like, oh, I mean, like, stuff we can measure only physically, okay?
[SPEAKER_01]: We have no way to test and look into it anymore, like, all of that.
[SPEAKER_01]: Right.
[SPEAKER_01]: So gravity, I guess, would be a good example of that, like, how gravity is measured and stuff like that.
[SPEAKER_01]: But you can't, like, you can't put gravity in a jar.
[SPEAKER_01]: You can't, you know, right.
[SPEAKER_01]: Yeah.
[SPEAKER_01]: You can't grab it to look at it.
[SPEAKER_01]: You can only, but like, when you drop the apple, you can measure the speed it falls and you,
[SPEAKER_01]: But no, any of that.
[SPEAKER_01]: I mean, Isaac Newton's on those a couple times, but uh, but like that, like you can't grab gravity to test it.
[SPEAKER_01]: Right.
[SPEAKER_00]: Right.
[SPEAKER_01]: So I mean, how do you even like look at it.
[SPEAKER_01]: How do you just study it.
[SPEAKER_00]: All right.
[SPEAKER_00]: Well, you make up stuff about it and then tell everyone that's what it is, because I discovered it next one's quantum gravity.
[SPEAKER_00]: Okay, even deeper.
[SPEAKER_01]: Can quantum mechanics in general relativity be realized as a fully coherent theory, perhaps as a quantum field theory?
[SPEAKER_01]: In space-time fundamental continuously or decant continuously, would it concentrate and evolve the force mitigated by a hippo-theorical gravity-tron or could it be production of discrete structures of space-time itself as enlupt quantum gravity?
[SPEAKER_01]: are their deviance in the prediction of general relativity at the very small and very large scales and the extreme circumstances that flow from the quantum gravity mechanism states.
[SPEAKER_00]: Okay, you're like, you're gone over my head, I think.
[SPEAKER_01]: I've seen it.
[SPEAKER_01]: Yeah, it happened.
[SPEAKER_01]: Now, I'll try my best.
[SPEAKER_01]: We've got to, so I think all of this plays into the with the paranormal and we've said this before a lot and I've said it a little bit in my life, the paranormal and science, the only really difference is the basic understandings and like the spooky action of this, it's I like the term because I think that is how I kind of describe researching the paranormal from a physics standpoint is like literally in a dark warehouse with a candle for like a pitch black warehouse.
[SPEAKER_01]: So the way ask me if anything it could be in there.
[SPEAKER_01]: And you're trying to figure it out with a tiny little lighter or whatever.
[SPEAKER_00]: To see all the pieces of it.
[SPEAKER_01]: Or like looking for sharks on the ocean with the spoon.
[SPEAKER_01]: Yeah, you're not going to get far.
[SPEAKER_01]: It's hard, you know.
[SPEAKER_01]: So I think when some of these theories are button up to it.
[SPEAKER_01]: But this is talking about gravity in space time.
[SPEAKER_01]: because time and space are the same thing.
[SPEAKER_00]: Right.
[SPEAKER_00]: And they're intermingled.
[SPEAKER_01]: Yeah.
[SPEAKER_01]: And that's really hard.
[SPEAKER_01]: That's like infinity for humans.
[SPEAKER_01]: Like humans do not understand infinity.
[SPEAKER_01]: I don't, you, you cannot rationalize the finnager brain.
[SPEAKER_01]: I don't care who you are.
[SPEAKER_01]: Because people say they do, but what the human brain does and we've talked about this in other episodes is just kind of skip over stuff and paint it.
[SPEAKER_00]: But when you really can't comprehend that the universe goes on, I think your head will explode.
[SPEAKER_00]: Yeah, if you do fully understand infinity, your head explodes.
[SPEAKER_00]: That's the next step.
[SPEAKER_01]: So, and I don't understand a lot of this.
[SPEAKER_01]: But basically, you know, is the gravetron that right theory with gravitational fields, or is it like there's the single particle theory, too?
[SPEAKER_00]: Which, I don't know what that is.
[SPEAKER_01]: So basically, the universe only has one particle.
[SPEAKER_01]: And it just every time it goes through the whole time, space time continuum, it flips back around and is in the new spot.
[SPEAKER_01]: So it's slowly stitching itself, like imagine making a big quilt or a big Oh, okay.
[SPEAKER_02]: So it's all one string.
[SPEAKER_00]: Yeah.
[SPEAKER_00]: Yeah, yeah, but you it's left behind in and out and in out and in and leaving remnants behind.
[SPEAKER_00]: Yeah, yeah, it's got to.
[SPEAKER_01]: It's everywhere at once, but it's had to travel.
[SPEAKER_00]: What, omnipresent God.
[SPEAKER_00]: That was what I was hinting at.
[SPEAKER_01]: Yes, and we see like so basically the rules of gravity and quantum gravity and even space time that we understand it, we you don't understand anything as humans.
[SPEAKER_01]: Right.
[SPEAKER_00]: We know nothing.
[SPEAKER_01]: It changes constantly our understanding of stuff, but they it dramatically falls apart on the very large scale in the very small scale.
[SPEAKER_00]: Okay.
[SPEAKER_01]: So our best understanding is in our space right right where we have it where we interact with what when you look at like the quantumly small stuff.
[SPEAKER_00]: Hmm those rules start to break down like on a like the face of a microchip.
[SPEAKER_00]: Yeah, when he's that's a quantum level.
[SPEAKER_01]: He really is a demon's the the Pasagula win demons are sketched in there.
[SPEAKER_00]: Yeah, the demon's sigils that are etched on all of our electronic motherboards.
[SPEAKER_01]: And then you start getting up to like black hole side stuff where it doesn't make sense.
[SPEAKER_01]: Yeah, too big rules of relativity and gravity and all breakdown round the really tiny and the really big.
[SPEAKER_00]: Okay.
[SPEAKER_01]: So that's what they're saying is how can these be constant rules in there without, but they break down.
[SPEAKER_00]: Maybe when you get so small or so big.
[SPEAKER_00]: You're traveling like you're actually separating in a different dimensions so that, you know, things act the constants change.
[SPEAKER_00]: So when you get so small you're literally in a different dimensional time and space so things act different.
[SPEAKER_01]: Next one is black holes black hole information paradox and black hole radiations.
[SPEAKER_00]: Go on.
[SPEAKER_01]: So do black holes produce thermal radiation.
[SPEAKER_01]: as expected on thermal or a theoretical grounds.
[SPEAKER_01]: So with all of the stuff that they're consuming and crushing theoretically, there should be a lot of radiation escaping them.
[SPEAKER_00]: Isn't that called like a quasar or something?
[SPEAKER_01]: That's like a type of star.
[SPEAKER_00]: Hmm, I thought it was the black hole with that maybe being a light shooting out of it.
[SPEAKER_01]: I think you have to look it up now But I think a quasar is becoming a black hole.
[SPEAKER_01]: Oh Star towards like when it's going supernova.
[SPEAKER_01]: I'd like yeah, it's a decent of a star's life Let's see your quays.
[SPEAKER_00]: Oops not the bowling bar quays are Have funny that's so illegal ball too
[SPEAKER_01]: Uh, and does the radiation contain information about the inner structures suggested by grudge and gravity duality or not as implied by a Hawking's original calculations with Hawking radiation.
[SPEAKER_00]: Okay, um, here's the quasars kind of interesting, I guess, but a quasar is an extremely luminous and distant active galactic nucleus powered by supermassive black holes swallowing surrounding matter.
[SPEAKER_00]: Oh, so it is.
[SPEAKER_00]: They outshine entire galaxies and are amongst the oldest brightest objects in the universe.
[SPEAKER_00]: Um, and it says how they work is their energetic course of very distant galaxies.
[SPEAKER_00]: They are powered by, why I just read that.
[SPEAKER_00]: Uh, yeah, basically, yeah, it basically, they're not real.
[SPEAKER_00]: They made it up on a computer simulation and told us it's real.
[SPEAKER_01]: So if not, and the black hole can evaporate away, what happens to the information stored in them, since quantum mechanics does not prove or provide for the destruction of information, right?
[SPEAKER_01]: or does the radiation stop at some point and leave the black hole remnants?
[SPEAKER_01]: Is there another way for a probe the inner structure somehow if a structure structure even exists?
[SPEAKER_00]: Yeah, you couldn't really probe inside because whatever you send in there is gone.
[SPEAKER_01]: There's a theoretical white hole too, where that's the exit.
[SPEAKER_01]: So wormholes, which I believe we have a lot of data for it, because there's one off the coast of California.
[SPEAKER_01]: Have we ever done that episode?
[SPEAKER_00]: No one that's open in the sky.
[SPEAKER_00]: Yeah, supposedly the spiral thing.
[SPEAKER_01]: No, I don't know the spiral.
[SPEAKER_01]: They've counted on like a radar ray.
[SPEAKER_00]: Uh-huh.
[SPEAKER_01]: There's like this thing and all these radars are picking it up and it's like a slit in the sky.
[SPEAKER_01]: And ladies, there's an interview where you can watch with this, I believe a Navy and X Navy lady talking about how they, you could see on the radar, things coming out of it and going, yeah, I think we did, maybe as a patron or maybe we just discussed it in person with the patron people, but we definitely talked about it.
[SPEAKER_00]: Sounds familiar.
[SPEAKER_01]: Next one is the cosmic censorship hypothesis.
[SPEAKER_01]: and the chronological protection conjecture.
[SPEAKER_00]: Okay, that's it.
[SPEAKER_00]: What's that?
[SPEAKER_00]: Oh, what does that mean?
[SPEAKER_01]: Basically, can singularities not hidden behind an event horizon known as naked singularities arise from realistic internal conditions, or is it possible to prove some visions of cosmic censorship hypothesis?
[SPEAKER_01]: of Robert Porsons, which proposed that it's impossible.
[SPEAKER_01]: Similarly, with a closed time-like curve, which arise in some solutions, the equations of general relativity, and which imply the possibilities of backwards time travel by ruled out the theory of quantum gravity, which unites general relativity with quantum mechanics,
[SPEAKER_00]: Oh my gosh, again, it's going too far.
[SPEAKER_00]: It's too many words.
[SPEAKER_00]: Not making sense to me, and then I heard Stephen Hawking at the end, and then I'm now a bad taste of my mouth.
[SPEAKER_01]: I do love the theory that it's the guy with the pet like his behind Stephen Hawking is the one talking.
[SPEAKER_00]: A hundred percent, I view, I view.
[SPEAKER_00]: Has anyone at home if you haven't seen yet look up the early days is Stephen Hawking when he started doing all of the interviews and stuff after he had his, but what was it that disabled him was it disease.
[SPEAKER_00]: I can't remember if it was that or some other kind of neurological like I think it was lyrics disease.
[SPEAKER_00]: Navillating disease because it's a progressive disease, but before he had the talking machine where he would it would translate his mind and put it into a voice, a thought form, he had an actual translator that would speak for him.
[SPEAKER_00]: And I'm telling you people, find those early interviews where he has his translator and you tell me you just for yourself see if that guy is actually translating when he's saying or if he's just saying what he's supposed to say are maybe reading office script.
[SPEAKER_01]: So back to this.
[SPEAKER_01]: I don't understand this at all.
[SPEAKER_01]: Yeah, it's a bit, it's a bit much.
[SPEAKER_01]: I'll go to some more palatable ones here in a minute, but I just wanted to talk about these ones.
[SPEAKER_00]: Yeah, get back to the, I got a couple more of these really crazy ones, and then we'll get to some, because these are all just theories, right?
[SPEAKER_01]: No, so yes, no, it's observable stuff.
[SPEAKER_01]: Yeah, and why is it?
[SPEAKER_00]: Yeah, exactly.
[SPEAKER_00]: Yeah, yeah.
[SPEAKER_01]: These are not.
[SPEAKER_01]: These are those people saying that I 100% know it's this.
[SPEAKER_01]: Yeah.
[SPEAKER_01]: This is my thoughts of what's causing this.
[SPEAKER_00]: Okay.
[SPEAKER_01]: So I can see X.
[SPEAKER_01]: We can detect X.
[SPEAKER_01]: Whether it's space time curvature, all that stuff.
[SPEAKER_01]: Right.
[SPEAKER_01]: We can detect it.
[SPEAKER_01]: but we don't know why it is.
[SPEAKER_01]: So here's our thoughts.
[SPEAKER_00]: So our theories, basically.
[SPEAKER_01]: Okay, holographic principles.
[SPEAKER_01]: Is it true that quantum gravity emits a low dimensional deception that does not contain gravity?
[SPEAKER_01]: A well understood example of holograph is the ADSC-FT core respondents in string theories.
[SPEAKER_01]: Similar, can quantum gravity in a D-setter space
[SPEAKER_01]: Does that make sense to you now?
[SPEAKER_01]: It's okay.
[SPEAKER_00]: It doesn't make sense to me either, but I do always tell everyone my personal opinion I don't think string theory is a viable solution at all.
[SPEAKER_00]: I just don't.
[SPEAKER_00]: I think there's enough holes in it that It doesn't hold up.
[SPEAKER_01]: What part of string theory?
[SPEAKER_00]: I think that's probably a whole other episode.
[SPEAKER_00]: Did I end too?
[SPEAKER_00]: Because I couldn't say specifically
[SPEAKER_00]: what I want to dive into about it.
[SPEAKER_00]: But on the whole, if you guys want an episode like that, maybe we can contact the DW guys and go in the strength and tackle strength through it.
[SPEAKER_00]: But there was enough out there.
[SPEAKER_00]: I've seen that.
[SPEAKER_00]: I just don't believe it anymore.
[SPEAKER_00]: I don't believe it as a solution to anything.
[SPEAKER_01]: So the problem of time, this may be an easier one for you.
[SPEAKER_01]: OK. Time and quantum mechanics.
[SPEAKER_01]: Time is a classical background parameter.
[SPEAKER_01]: In general relativity, time is one of the components of the fourth dimensional space time.
[SPEAKER_01]: And flows of time changes depending on the curvature of space time and the space time trajectory of the observer.
[SPEAKER_01]: So the problem is, is these two concepts that can be proven?
[SPEAKER_01]: Yeah, contradict each other.
[SPEAKER_00]: Because if you're basically the observer, you, or me, move through time separately.
[SPEAKER_00]: correct.
[SPEAKER_01]: So it but times also a measurable constant right.
[SPEAKER_00]: So if you're moving quickly through time, I get what you're saying is hard to explain.
[SPEAKER_01]: No, so time space and relativity, basically that you can experience time differently based on how based on speed is one of the factors.
[SPEAKER_01]: Gravity is another one.
[SPEAKER_01]: Gravity can speed up or slow down time and adrenaline boosts.
[SPEAKER_01]: I mean, yeah, I mean, we're talking about measurable genetic times and stuff like that.
[SPEAKER_01]: Like, oh, okay, I think interstellar did it.
[SPEAKER_01]: We're one of the the plants was too close to black hole.
[SPEAKER_01]: Yeah.
[SPEAKER_01]: So an hour was 14 years outside of the the gravitation.
[SPEAKER_00]: Well, what if though.
[SPEAKER_00]: You know, we'd I can't remember if it was patron or regular will we discuss like this slow mo motion moments.
[SPEAKER_01]: Mm-hmm.
[SPEAKER_01]: That was just last week.
[SPEAKER_00]: Yeah, I just says I don't remember which one was on main show, but uh, why if you do experience that over and over multiple times your life like just somehow you're like that You just happen to be putting those situations where like you're going slow mode a lot And then if someone can measure like whoa, you're actually like your body's a year younger.
[SPEAKER_00]: Let's measure the cut on your teeth
[SPEAKER_00]: I don't know how they do it, but you're you're younger than you should be because of all that added up a traumatic moments, you know, that slowed time down, went that via a wild observation if that were true, a localized time machine, I don't know, I don't know.
[SPEAKER_00]: I don't know.
[SPEAKER_00]: I'm talking about people.
[SPEAKER_01]: other ones are high temperatures superconductors.
[SPEAKER_01]: What is the mechanism that causes certain materials to exhibit superconductivity at temperature much higher than 25 Kelvin?
[SPEAKER_01]: So we don't know, we just use these things, but we don't know why.
[SPEAKER_00]: Gotcha, okay.
[SPEAKER_01]: Well, I don't want to amorphous solids.
[SPEAKER_01]: What is the nature of a glass transition between fluid and a regular solid and a glassy phase?
[SPEAKER_01]: Why are the physical process that
[SPEAKER_01]: So things we take for granted, there's, I mean, I'm just kind of nip or see it in over a bunch right now, but we've talked about glass before or it's like a liquid and a solid.
[SPEAKER_01]: That's glass.
[SPEAKER_00]: That's what it's read.
[SPEAKER_00]: A more fist solid.
[SPEAKER_00]: A more fist.
[SPEAKER_00]: That's okay.
[SPEAKER_00]: That's what that means.
[SPEAKER_01]: But it has a glass phase, a solid phase and a flow phase.
[SPEAKER_00]: because if you let it sit for what in it like they found it like the one glass pain they seen it was like thicker on the bottom than it was on the top because it would sat for so long.
[SPEAKER_01]: Yeah, I mean the old one is in the old house.
[SPEAKER_01]: You can see it.
[SPEAKER_01]: You can see the ripples in it.
[SPEAKER_00]: The thickness.
[SPEAKER_00]: Mm-hmm.
[SPEAKER_01]: All right.
[SPEAKER_01]: I'm going to go I'm going to you see like you were really struggling.
[SPEAKER_01]: Little bit this is a I'm gonna go to more kid friendly less than for you.
[SPEAKER_01]: Okay, we'll try it.
[SPEAKER_01]: Okay, so these are much simpler and the water down for you.
[SPEAKER_00]: something I can absorb because I see smoke.
[SPEAKER_01]: Time isn't universal.
[SPEAKER_01]: Okay.
[SPEAKER_01]: So time is not the same for everyone in everything.
[SPEAKER_01]: According to Einstein's theory of relativity, time slows down as you approach the speed of light, so fast-remove the slower time goes.
[SPEAKER_01]: A clock on his faster and a spaceship taking slower on earth, even though it is the same mechanism.
[SPEAKER_01]: This is not science fiction.
[SPEAKER_01]: It has been experimentally verified using precise atomic clocks on airplanes and satellites, mountains and valleys.
[SPEAKER_01]: Right.
[SPEAKER_01]: Yep.
[SPEAKER_01]: For vacuum clocks, basically.
[SPEAKER_01]: They, they, they see a found.
[SPEAKER_01]: Yeah.
[SPEAKER_01]: They do not change like they, they're, you don't, you can't master them.
[SPEAKER_00]: Yeah.
[SPEAKER_01]: Like they're, floods the experiment.
[SPEAKER_01]: But yeah, time moves slower and faster depending on speed and gravity.
[SPEAKER_00]: Just doesn't make sense.
[SPEAKER_00]: Just doesn't.
[SPEAKER_01]: Oh, no, it's to me it does, ish, but that, I mean, it shows that these things are more interconnected than you realize can see.
[SPEAKER_01]: Yeah.
[SPEAKER_01]: And when we talk about like the behind-the-vail and like how reality, like the double-slic experiment, none of my favorites, how the universe physically knows when it's being observed in reacts accordingly.
[SPEAKER_01]: That that that's just plays into that for me got you that if you're really like really really really really trying to People in the curtain you can kind of see the faults the strings that hold everything together coming out Yeah, you can't really see behind the curtain or that the interdimensional gears that are turning above our heads Space can bend Hmm Mass of object like stars and planets and black holes warp the fabric of space itself
[SPEAKER_00]: Interesting.
[SPEAKER_00]: Okay.
[SPEAKER_01]: So the curvature of space time causes gravity, which a lot of people believe.
[SPEAKER_00]: That's what the theory is.
[SPEAKER_01]: Making planets orbit stars and light bend around massive objects.
[SPEAKER_01]: If I'm not confirmed during solar eclipse, it's okay.
[SPEAKER_01]: But yeah.
[SPEAKER_01]: So, and then, I mean, that's another one later on.
[SPEAKER_01]: But light bending, it shouldn't bend and you can without being hit by something.
[SPEAKER_01]: Right.
[SPEAKER_01]: Like, if you, it goes into a crystal or a present or whatever.
[SPEAKER_02]: And it's a new thing.
[SPEAKER_00]: Yeah, and bounces off a mirror.
[SPEAKER_00]: Yeah.
[SPEAKER_01]: But it is affected by gravity as well.
[SPEAKER_00]: I was going to say, I haven't people bent it like a laser pointer to with like electromagnetic.
[SPEAKER_00]: Is that my, maybe I'm thinking something else?
[SPEAKER_01]: I don't think with an electromagnetic.
[SPEAKER_01]: I'm not saying you're wrong.
[SPEAKER_01]: I don't remember that.
[SPEAKER_01]: I don't know.
[SPEAKER_01]: Yeah.
[SPEAKER_01]: To be true.
[SPEAKER_00]: I can't remember.
[SPEAKER_00]: I could be wrong.
[SPEAKER_01]: Next one of them, universe is mostly invisible and undetectable.
[SPEAKER_00]: That's true.
[SPEAKER_01]: Around 85% of the universe is believed to be dark matter.
[SPEAKER_01]: Invisible and undetectable are, and it's only detectable through its gravitational effects.
[SPEAKER_01]: And we talked about that before that, you can see the byproducts of it.
[SPEAKER_01]: Right.
[SPEAKER_01]: You can't see the thing itself.
[SPEAKER_01]: The additional 70% of dark energy during the universe is accelerating explosion.
[SPEAKER_01]: Ordinary matter, the stuff that we can see only makes up a little less than 5% of the cosmos.
[SPEAKER_00]: Okay, that's like the light spectrum we can see.
[SPEAKER_01]: I mean, what is it?
[SPEAKER_01]: 0.003% of the universe that we can even observe right through all of our senses.
[SPEAKER_00]: That's not much.
[SPEAKER_00]: No, so what are we even in?
[SPEAKER_00]: What is this?
[SPEAKER_01]: I've talked about the experiment.
[SPEAKER_01]: Or it's a true vacuum, a true void in Antarctica because there's a big lab down there where they do like weird quantum experiments.
[SPEAKER_01]: didn't they start seeing like there's nothing there's nothing in this box right there's nothing and when they turn on I got I can't remember how they detected it or whatever how they like scan it but you can see like things flowing in and out of it right yeah and they don't know what it is they have no way they did they do not know what these things are but you could literally they're almost like eels and fish and jellies like weird things like flowing in and out think I know what it is
[SPEAKER_00]: It was floaties in their eyes, don't like it's there, but when I look at it, it's gone.
[SPEAKER_01]: Light behaves both as a particle and a wave, and we've talked about this with the devil's slit experiment.
[SPEAKER_01]: It's reality, change is a pond who is observing it.
[SPEAKER_01]: So light behaves in waves when some experiments and detects as particles called photons and others.
[SPEAKER_01]: That means that reality can't always be described in simple categories, right?
[SPEAKER_01]: So we do not know the mechanism behind the kind of light being a wave in a particle because it makes absolutely no sense.
[SPEAKER_00]: And what is light a photon?
[SPEAKER_00]: What is a photon?
[SPEAKER_01]: That's just what they call, right, the little ping of light hits exactly.
[SPEAKER_01]: But they can't, you can't grab one right exactly.
[SPEAKER_00]: That's why that always confused me because even with the double experience experiment, they're like, we're shooting these photons through this list.
[SPEAKER_01]: You can sense them, right, but it can't like, you can't grab one right exactly, I don't know, it's just, I don't know.
[SPEAKER_01]: So it's like being hit almost with like a BB.
[SPEAKER_01]: like on your back.
[SPEAKER_01]: Okay.
[SPEAKER_01]: I mean to think about it like that the tarp that the censoring machine they have.
[SPEAKER_00]: Yeah, but you would grab a BB after it hits the ground.
[SPEAKER_01]: But it doesn't.
[SPEAKER_01]: It just it keeps going.
[SPEAKER_01]: It bounces off you and disappears.
[SPEAKER_00]: Oh, I know.
[SPEAKER_01]: So you can detect that something hit you.
[SPEAKER_00]: Right.
[SPEAKER_00]: And you have a rough idea of it's shaped because of that.
[SPEAKER_00]: But with the BB, I can at least go pick up the BB all the ground with a photon.
[SPEAKER_01]: It's just like, well, the BB keeps bounce about stuff your back goes into space forever.
[SPEAKER_00]: Still, you know what I'm saying.
[SPEAKER_00]: It's something.
[SPEAKER_01]: Here's a really really really weird one.
[SPEAKER_01]: Okay, quantum particles can be in two places at once.
[SPEAKER_00]: Right.
[SPEAKER_00]: This is the spooky action.
[SPEAKER_00]: There are quantum entanglement is what's called.
[SPEAKER_01]: There are particles like electrons can exist in super positions.
[SPEAKER_01]: Occupy multiple states simultaneously until observed.
[SPEAKER_00]: So it's like Pavlov's dog.
[SPEAKER_01]: Schrodinger's cat.
[SPEAKER_00]: Pavlov's dog is a really shrodinger's cat, you're right.
[SPEAKER_01]: This principle underlies the famous Schrodinger's cat thought experiment.
[SPEAKER_01]: Where the cat can be simultaneously alive and dead until the box is opened.
[SPEAKER_01]: So it's this is playing a dead the catch dead, but this is playing again into the double so the experiment kind of ideas where we can sense that I particle like an electron is occupying multiple spaces at once.
[SPEAKER_01]: Right.
[SPEAKER_00]: Yeah.
[SPEAKER_01]: And then you look at it and it's like, nope, I'm here.
[SPEAKER_00]: It's just there.
[SPEAKER_01]: I've been here at the whole time.
[SPEAKER_00]: Yeah, like my dog when you ran away.
[SPEAKER_01]: And then you look away and it's like in six spots again.
[SPEAKER_00]: Yeah.
[SPEAKER_00]: Hmm.
[SPEAKER_00]: What is that?
[SPEAKER_01]: Nobody.
[SPEAKER_01]: Nobody knows.
[SPEAKER_00]: Spares.
[SPEAKER_00]: It's a fake.
[SPEAKER_00]: They're just screwing with ya because they know you're kind of looking That and then when you really look nope, we're gone back to partying.
[SPEAKER_00]: Yeah, like Toy Story But yeah, it's it's super weird and see anything that toys from Toy Story are fake No, I think they're gollums Okay, fair enough.
[SPEAKER_01]: What do I think?
[SPEAKER_00]: That's why it's shit, it was all messed up, his neighbor.
[SPEAKER_01]: You are the book they made us read in like elementary, where the toys could talk, but are they talking to person?
[SPEAKER_01]: They'd turn back to plastic forever.
[SPEAKER_00]: No.
[SPEAKER_01]: So the little, what's the round headed round body to people, toys that always Mr. Potatoed?
[SPEAKER_01]: No, no, no, like my kids have them, but they plug into like tractors and cars.
[SPEAKER_00]: Oh, okay.
[SPEAKER_00]: The blocks people.
[SPEAKER_00]: I know what you're talking out.
[SPEAKER_01]: Yeah.
[SPEAKER_01]: So that was book was around based on them.
[SPEAKER_01]: And the uncle lived in a Barbie house.
[SPEAKER_01]: Okay.
[SPEAKER_01]: And there was like a bunch of Barbies in there.
[SPEAKER_01]: And his niece came and visited them one time.
[SPEAKER_01]: She's like, well, I can't they talk.
[SPEAKER_01]: He's like, they always gab.
[SPEAKER_01]: They lose their power almost right out of the factory.
[SPEAKER_00]: Yeah.
[SPEAKER_00]: The Barbies.
[SPEAKER_00]: Yeah.
[SPEAKER_00]: That's funny.
[SPEAKER_01]: He's like, once we talk to somebody, we go and nerd.
[SPEAKER_00]: Hmm.
[SPEAKER_01]: Because they're gollums.
[SPEAKER_01]: Hmm.
[SPEAKER_01]: Empty space is an empty.
[SPEAKER_01]: Okay.
[SPEAKER_01]: And this is kind of that experiment I was talking about.
[SPEAKER_01]: The vacuum of space teams with activity, virtual arts are virtual particles consistently popping in and out of existence, creating a relentless background injury, even nothingness is full of dynamic processes on the quantum level.
[SPEAKER_01]: So this kind of that box experiment I was talking about.
[SPEAKER_01]: Where it's.
[SPEAKER_01]: they have the box with nothing in it and stuff is constantly coming in and out of the box.
[SPEAKER_01]: They can detect it, but they have no way to obviously catch it and look at it.
[SPEAKER_01]: But I seriously, if I can find the video of the experiment, I'll try to remember to put it in the link.
[SPEAKER_01]: okay because it's super weird because they're even like we just don't know yeah we just it does this it's like the double stick experiment where they're just designed to do the experiment and this is the result and we have we do not know why how we get there yeah but it's fun you know it's like oh it does it you can there's giant interdictactic tentacles that
[SPEAKER_00]: If you come in and find their way in, what would happen if you just took a person and you put them in on it like a completely dark box and then pulled a vacuum on it.
[SPEAKER_00]: They would die.
[SPEAKER_00]: I know.
[SPEAKER_00]: It's an Arnold on.
[SPEAKER_00]: It's really tall.
[SPEAKER_00]: I've all, yeah, as I bought Bob out.
[SPEAKER_00]: Let's see what happens.
[SPEAKER_00]: Turn them into a vacuum.
[SPEAKER_00]: That was a joke.
[SPEAKER_01]: Intanglement.
[SPEAKER_01]: Intanglement connects distant particles.
[SPEAKER_01]: Okay.
[SPEAKER_01]: Quantum and Taglement links particles that are so that the state of one instantly affects the state of the other.
[SPEAKER_00]: No matter the distance spreading between them, I have heard about this was the spooky action.
[SPEAKER_01]: This is Einstein called this spooky action at a distance and it's been confirmed for experiment, expanding hundreds of miles.
[SPEAKER_00]: So there's got to be something, there's definitely some...
[SPEAKER_01]: reason or our explanation as to why we just don't know why yeah it's all of all of these kind of fall in my my opinion at the same kind of category where it's there are underlying effects and I think this plays into the paranormal that the paranormal is one of these effects yeah that whatever the paranormal is where you're talking about ghosts, the fae and any of that or whatever big foot are tapping into our dogman or you know these other weird creatures that they're coming and going
[SPEAKER_01]: I think that these these experiments are showing us the edges, the strings on the edge of the blanket that makes up stuff.
[SPEAKER_00]: Gotcha.
[SPEAKER_01]: In my opinion, and because you like you just said, we can do these experiments and we can see these results.
[SPEAKER_01]: And we just can't explain them.
[SPEAKER_00]: We all the best we get is Einstein saying, well, it's poopy action at a distance.
[SPEAKER_00]: I mean, it's read my other work instead.
[SPEAKER_01]: Well, I love when a scientist will be like, we don't know.
[SPEAKER_01]: Yeah, that's, I think that's very refreshing when a, especially high level professionals just like, no, no, I know we can do this experiment and we get the same result every time.
[SPEAKER_01]: Nobody can explain why.
[SPEAKER_00]: There's definitely two kinds of scientists when the ones of like, yeah, we don't know.
[SPEAKER_00]: You know, we'll just continue to discover.
[SPEAKER_00]: And then there's other side, like, I am the science setting vehicles heads off.
[SPEAKER_00]: Yeah, don't you better listen to me because if you don't, you're disobeying science.
[SPEAKER_01]: Uh, next one's time travel is theoretically possible.
[SPEAKER_01]: Einstein's relatively louds for scenarios and which time can pass differently for different observers.
[SPEAKER_01]: Well, backwards time travel remains pretty much impossible in the least most theories.
[SPEAKER_00]: About just theories, yeah.
[SPEAKER_00]: They don't account for that.
[SPEAKER_01]: For a time travel is already happening.
[SPEAKER_01]: Astronauts experience a tiny time differential affects due to their speed and distance from Earth's gravitational anomaly fields.
[SPEAKER_00]: Supposedly.
[SPEAKER_00]: Yeah.
[SPEAKER_00]: Why haven't they just tried the back to the future car?
[SPEAKER_00]: go back in time.
[SPEAKER_00]: As they want to actually like try to build one, we need an organic matter eater.
[SPEAKER_00]: What that wasn't until up is part two.
[SPEAKER_01]: Oh, well, I don't know what's their fusion.
[SPEAKER_01]: That's what it was.
[SPEAKER_01]: Because we don't have what is it gigatons?
[SPEAKER_00]: What is this gigawatts?
[SPEAKER_00]: 1.21 gigawatts.
[SPEAKER_00]: Gigawatts.
[SPEAKER_00]: Yeah.
[SPEAKER_01]: which is I believe a real unit of measurement.
[SPEAKER_00]: I think we talked about this one time and looked it up that's like it is.
[SPEAKER_00]: It's like a nuclear lightening strike or something.
[SPEAKER_01]: I think it's I would maybe, but I think their actual number is like something crazy.
[SPEAKER_01]: Unproducible.
[SPEAKER_00]: Unless you have a misdefusion.
[SPEAKER_00]: I go where you can drive 88 miles an hour.
[SPEAKER_00]: You go because the plucked capacitor amplifies energy, you know?
[SPEAKER_01]: The universe is expanding faster than the light.
[SPEAKER_01]: Okay, which makes no sense because lights will be the fastest.
[SPEAKER_01]: The theoretical limitation of speed without just teleporting except what was except Blasmoids.
[SPEAKER_00]: Sorry.
[SPEAKER_00]: They go this they never breach the speed of light.
[SPEAKER_00]: I thought we talked about them did they breach the speed of light and that's when they think they're teleporting.
[SPEAKER_00]: Yeah, okay, because they're literally faster than the speed of light
[SPEAKER_01]: Galaxies aren't moving through space faster than light.
[SPEAKER_01]: Space itself seems to be expanding.
[SPEAKER_01]: That means distant galaxies can be reduced, or sorry, received from us, at effective speeds greater than the speed of light without violating relativity.
[SPEAKER_00]: I just don't like, here's something that's probably not have to do with this, but the galaxies and stuff.
[SPEAKER_00]: And we're witnessing and observing them and all this stuff.
[SPEAKER_00]: We can point a hyper powerful telescope into a void of space.
[SPEAKER_00]: And when they zoom in, we see all like infinite galaxies in there.
[SPEAKER_00]: We can supposedly, we can see all of that supposedly yet.
[SPEAKER_00]: Oh, they're still missing planets in our solar system.
[SPEAKER_00]: We're just, we're still having an observity yet because there's other stuff in the way.
[SPEAKER_00]: We're looking at galaxies supposedly that are millions and billions and trillions of light years away.
[SPEAKER_01]: It's the closeness.
[SPEAKER_00]: That's, I don't, if it's closer, we should be able to see it.
[SPEAKER_00]: It just don't make sense to me.
[SPEAKER_00]: Like, well, it's two close guys.
[SPEAKER_00]: It's just two close.
[SPEAKER_00]: We can't see these mystery objects.
[SPEAKER_00]: But now we can see all this stuff that proves that the universe is infinite and beyond.
[SPEAKER_00]: And it just goes for our number.
[SPEAKER_00]: That's what I'm saying.
[SPEAKER_01]: You can't see the stuff closer to you
[SPEAKER_00]: Yeah, see you at just that bother it to me.
[SPEAKER_00]: It don't make sense.
[SPEAKER_00]: It's all it.
[SPEAKER_01]: It's all made up It's all made up Are you done maybe black holes or an empty black holes or regions in space where gravity is so strong that not even light can escape
[SPEAKER_01]: far from being voids though, they appear to be constant matches into singularities, points of infinite densities where physics are known to break down.
[SPEAKER_01]: Okay.
[SPEAKER_01]: Which is just amazing to me, that we have areas that we can observe like black holes and then like we're talking about the micro.
[SPEAKER_01]: Yeah, where physics just stopped falling apart.
[SPEAKER_00]: Yeah.
[SPEAKER_01]: And it shows that the quote unquote physics laws
[SPEAKER_01]: Right.
[SPEAKER_01]: They're like kind of like relativity where it's theories.
[SPEAKER_01]: No, I mean like it's relative to your size and your your ability of energy and Okay, like they like if you were the size of a black hole the laws would start breaking down for you as well.
[SPEAKER_00]: Right.
[SPEAKER_00]: Yeah, yeah, for sure.
[SPEAKER_01]: Is that I guess what I'm getting at is that the laws aren't laws.
[SPEAKER_01]: They're constraints based off size and energy output.
[SPEAKER_00]: In most situations in some situations.
[SPEAKER_01]: I mean, I think the laws of physics are universally, like you will start breaking them apart if you get big enough.
[SPEAKER_00]: Oh, yeah, I think that's correct.
[SPEAKER_00]: We're small enough.
[SPEAKER_00]: Right.
[SPEAKER_01]: The speed of light is supposed to be the universe is speed limit.
[SPEAKER_01]: Nothing, supposedly with mass can travel faster than light.
[SPEAKER_01]: This limit shapes the structures of space time and underlines the constants that govern the universe.
[SPEAKER_00]: Which yeah, the plasma is things
[SPEAKER_01]: Well, they may be just supporting in a sense that they're not actually, well, we talked about it with more, it's like, wormholes.
[SPEAKER_00]: Yeah.
[SPEAKER_01]: You're not traveling that distance in that speed.
[SPEAKER_01]: You are taking a quote unquote shortcut through whether another dimension or a side pocket or whatever.
[SPEAKER_01]: Yeah, the Feywilds.
[SPEAKER_00]: And so you're only going X distance instead or what if you break the speed of light like the speed of sound and create sign boom, you break the speed of light.
[SPEAKER_00]: You create a dimensional wormhole.
[SPEAKER_01]: There you go.
[SPEAKER_00]: That's how it happens.
[SPEAKER_01]: Quantum tunneling lets particles break barriers.
[SPEAKER_01]: Part of something's passed through energy barriers that they should not be able to cross.
[SPEAKER_01]: Okay.
[SPEAKER_01]: So this is like, you know, we talk about why you can't put your hand in the table and stuff like that.
[SPEAKER_01]: Yeah, yeah, even though there's there's technically more gaps in there is filler.
[SPEAKER_01]: Correct.
[SPEAKER_01]: Is because of like these little barriers that all this stuff has at the added layer like energy barriers.
[SPEAKER_01]: Province passing through.
[SPEAKER_01]: Yeah.
[SPEAKER_01]: So if particles
[SPEAKER_01]: Uh, can't sometimes pass you, it's not about quantum tunneling power nuclear visions in stars, in scanning tunneling microscopes is essential tool for nanotechnologies.
[SPEAKER_01]: Oh, I hate that.
[SPEAKER_01]: So yeah, once again, on the big and the big and small scale, you can start making particles pass through things, okay?
[SPEAKER_01]: That's what it's getting at is that it starts you like these these barriers energy barriers You can start breaking those once you get small enough.
[SPEAKER_00]: Yeah, yeah, we're big enough for big enough.
[SPEAKER_01]: Yeah, breaking the the rules of physics And that's another one is light can be slowed down Okay Bo bosing Einstein's constants light can be slowed down just a few meters per second and they speed it up then
[SPEAKER_01]: No, not pass the speed of light as far as we can do.
[SPEAKER_00]: I mean, it probably can with more energy, but I don't think we as a species can produce that yet.
[SPEAKER_00]: I think I know how.
[SPEAKER_01]: Okay.
[SPEAKER_01]: Well, I'll say after.
[SPEAKER_01]: These extreme manipulation of photons changes the classical institutions of the speed of light.
[SPEAKER_01]: So we don't know what it means.
[SPEAKER_01]: We just know you can.
[SPEAKER_01]: You can slow light way down.
[SPEAKER_00]: Why not speed it up?
[SPEAKER_00]: Okay.
[SPEAKER_00]: So if you get this rig set up, anyone at home could probably build this.
[SPEAKER_00]: The, I think the trickiest part though is you got to get like a treadmill track, you know, that it's coated in like a mirror substance.
[SPEAKER_00]: Okay, so they need to point a laser beam.
[SPEAKER_00]: You turn the treadmill on full speed fast, point a laser we met.
[SPEAKER_00]: So it bounces off it and then the speed of it, you know, kicks it up.
[SPEAKER_00]: But then you have a series of mirrors that reflects it back.
[SPEAKER_00]: So it creates a loop and it's constantly bouncing into the treadmill track.
[SPEAKER_00]: So every time it hits the treadmill, speeds it light up faster and faster.
[SPEAKER_00]: There you go.
[SPEAKER_00]: So eventually at the end of it, a black hole opens up and you can jump through and
[SPEAKER_01]: uh... you remember that's how he did it who was it uh... they got it made mark no i'm sorry are uh... the life show we did a long time ago for the air waves okay somebody did the mirror experiment yeah it was uh... the the the podcast talking about it yeah it was polo sky holo skies did it yeah
[SPEAKER_01]: We'll do an episode on that too because it is fascinating because that's I mean you're joking but that's kind of what happened is a black hole formed in the middle of that and then demons start walking out of it and they're like and all the scientists killed themselves and then Steve Harvey came in and shut it all down and that's how family feud started.
[SPEAKER_01]: Uh, so black holes can warp time.
[SPEAKER_01]: We were already talking about that goes you get to the event horizon, the slower time moves for you are the slower time moves everywhere else compared to you.
[SPEAKER_00]: Okay, so even though it feels like an hour to you, it's been decades outside so it like that movie where there's people going that cave and then they're stuck in there because time is going extremely slow in the cave.
[SPEAKER_01]: I know what movie you're talking about.
[SPEAKER_00]: I don't remember the name of it though.
[SPEAKER_01]: But yeah, this is really like interstellar.
[SPEAKER_01]: I think shows this to best where they get in the planet closer to the black hole.
[SPEAKER_01]: Yeah, water in the person that supposedly just birth 31 years ago had just died like an hour before they got there.
[SPEAKER_01]: Gotcha.
[SPEAKER_01]: That's why she was still sending data is because she is just passed away.
[SPEAKER_00]: Just passed away relatively even though she's been dead for outside for three decades.
[SPEAKER_01]: Decades, yeah.
[SPEAKER_01]: And they were there 14 years and they were there for like 15 minutes.
[SPEAKER_00]: Time.
[SPEAKER_00]: Time is an illusion.
[SPEAKER_01]: Uh, another one we ought to talk about atoms are mostly empty space, uh, despite what it appears to be solid atoms are 99.99999999 and a percent empty space.
[SPEAKER_01]: Electrons occupy vast regions around tiny nuclei, meaning that if they were moved, if you remove the empty space, the Earth could fit inside a single atom.
[SPEAKER_01]: Wow, that's pretty tiny.
[SPEAKER_01]: So if it's what they're saying is all of the matter, if you got rid of all the empty space
[SPEAKER_00]: there's nothing.
[SPEAKER_01]: Yeah, it's all that energy barrier stuff.
[SPEAKER_00]: Yeah, we're all nothing or all everything you see as an illusion.
[SPEAKER_01]: Particles and X1-4 is part of those spontaneously appear in disappear.
[SPEAKER_01]: Quantum fluctuations allow for particles in anti-particles to appear spontaneously in empty space annihilated each other shortly after.
[SPEAKER_01]: So these two particles just appear
[SPEAKER_01]: just to destroy each other and then they just disappear the impact activity hints the universe is far more dynamic than any of our senses and technologies can perceive.
[SPEAKER_00]: I mean, it's kind of like just a paid for protest.
[SPEAKER_01]: What I like about this stuff is it shows you that science doesn't have all the answers right and that there's because I feel like now I feel bad for kids Because I feel like in schools and stuff like that they present it like science has solved everything yep they're indoctrinated and it's because we need more good scientists And because there's so many questions to solve and so many things that look into and so many diseases to care
[SPEAKER_01]: But unless you have a really good science teacher like we were very locally we're very blessed.
[SPEAKER_01]: We were really good ones.
[SPEAKER_00]: We were.
[SPEAKER_01]: But if you don't like it just seems like science is so boring.
[SPEAKER_01]: And you're literally I mean it maybe is boring to other people.
[SPEAKER_01]: But if I was sitting in in Antarctica in this lab with a box that I knew I'd absolutely nothing in it and I watched this space tentacle go through it.
[SPEAKER_01]: That'd be amazing.
[SPEAKER_00]: Like a ghost Leviathan.
[SPEAKER_01]: Yeah, there you go.
[SPEAKER_00]: Yeah, they do, it makes it seem like like you said, everything's already been figured out and discovers.
[SPEAKER_00]: So when you're in school, it's like there's no opportunity for new discovery because it's already been done.
[SPEAKER_00]: It's in these books, guys.
[SPEAKER_00]: You've already learned about everything in the world, everything.
[SPEAKER_00]: Yeah.
[SPEAKER_00]: So with the time you graduate, you should be ready to take on the world and face, be able to face any problems that arises in your way, fully prepared adult out of high school graduation.
[SPEAKER_00]: But we all know that's not true.
[SPEAKER_01]: Magnetism and electricity are linked.
[SPEAKER_01]: Electric currents create magnet and magnetic fields and change magnetic fields induce electrical currents.
[SPEAKER_00]: Yes, like electric motor.
[SPEAKER_01]: This elegant relationship is the fundamental basis of electromagnetic system.
[SPEAKER_01]: United two forces once thought to be separate.
[SPEAKER_00]: That's funny that.
[SPEAKER_00]: That's how I think gravity really works.
[SPEAKER_00]: Well, I think like Electromagnetic, maybe static kind of charge.
[SPEAKER_01]: I think the problem is I've ever heard it's really hard to solve a problem or two close to like you can't see the force through the trees.
[SPEAKER_01]: Yeah, that kind of saying yeah, I think that's the problem with a lot of these studies and theories and stuff like that is it's hard because you're a part of it.
[SPEAKER_00]: Right.
[SPEAKER_01]: So you can only you're only privy to so much and I think a lot of these, I think everything is connected.
[SPEAKER_01]: I think there is a universal.
[SPEAKER_01]: theory.
[SPEAKER_01]: I do.
[SPEAKER_01]: I agree.
[SPEAKER_01]: But I don't think we're anywhere close to figuring it out.
[SPEAKER_01]: And I know, I think most real scientists would agree with you.
[SPEAKER_01]: I agree with that statement.
[SPEAKER_01]: Is that we are not anywhere close to figuring it out.
[SPEAKER_01]: But that's the fun.
[SPEAKER_00]: That's the fun.
[SPEAKER_00]: I also think it's by design that they don't want us to actually figure it out.
[SPEAKER_00]: Because when you do, you might start making your own observations that something may exist, that the science doesn't like to
[SPEAKER_01]: Well, you say the science, you mean evil, evil people are the indoctrinated deenerative.
[SPEAKER_01]: But that's not scientists.
[SPEAKER_00]: That's not a little running things.
[SPEAKER_00]: Correct.
[SPEAKER_00]: And I think there is a lot of confusion when it comes to, uh,
[SPEAKER_00]: science and the science and I think it's it's been clouded are the waters have been muddied so much to where even critical thinking people will automatically default to with us science because that's what we were taught to or how we were taught to behave.
[SPEAKER_00]: We were supposed to follow the science.
[SPEAKER_00]: Don't question these things except them as truths because
[SPEAKER_00]: quote unquote, the scientists already did the work for you.
[SPEAKER_00]: So don't waste your time looking and thinking for yourself.
[SPEAKER_00]: Trust the experts, because they'll tell you the truth, but you and I both know that's not true.
[SPEAKER_01]: The universe is a hierarchical, huh?
[SPEAKER_01]: Hi Oracle hierarchies.
[SPEAKER_00]: Oh, okay.
[SPEAKER_00]: Okay.
[SPEAKER_01]: From corks to atoms, Adam's molecules, molecules to planets, plants to galaxies, the universe we're going to hit itself according to these scales.
[SPEAKER_01]: And each level has its own unique rules.
[SPEAKER_01]: I can see that, which is just another fascinating thing is it's the laws of physics or quantum physics are not universal.
[SPEAKER_00]: Right.
[SPEAKER_00]: Exactly.
[SPEAKER_01]: And we've already hammered that home.
[SPEAKER_01]: It just is fascinating though to talk about it that The smaller you get or the bigger you get the rules are different.
[SPEAKER_00]: Well, what they say different strokes for different folks.
[SPEAKER_00]: Yeah
[SPEAKER_00]: The world may move to the beat of what the world doesn't move to the beat of just one drum.
[SPEAKER_00]: What might be right for you may not be right for some.
[SPEAKER_01]: I'll do a couple more and if you guys really like this, I have a bunch more at home and we can do another episode of this because I don't know, we got requests for the physics episodes because they're just fasting when you like, it's it really is when you really get good scientists are going to be like, we don't know, we can do this experiment
[SPEAKER_01]: I always go back to the double slate because it's the most fascinating because it's probably been the one that's been done the most Yeah, by the most universities across the world and got the same result again and again and again with no explanation Which it's set up our own double slate experiment and just do it?
[SPEAKER_01]: I don't think I have a thing that can sense a proton What a photon, sorry You just need that special paint
[SPEAKER_00]: Light sensing paint hand over actually probably could go in the dark paint, you know, so when the light hits it over and over and over and over and then you just turn lights off really fast, you'll see the pattern see we can do it cheaply don't know we can try actually that actually would be a cool thing to try it would be neat just to show people hey the dark pain and then it probably I got going to our powder right now at the bone alley there we go.
[SPEAKER_01]: Quantum canics predicts probabilities.
[SPEAKER_01]: Unlike classical physics, which predict defined outcomes, quantum mechanics predicts probabilities.
[SPEAKER_01]: This fundamentally reshaped our understanding of cause and effect at the microscopic levels.
[SPEAKER_00]: Hmm.
[SPEAKER_03]: Okay.
[SPEAKER_00]: Yeah.
[SPEAKER_00]: I mean, the same thing, although getting smaller and it's different.
[SPEAKER_01]: They're rules are different.
[SPEAKER_01]: Anymore, do you have any, we can stop there.
[SPEAKER_01]: Okay.
[SPEAKER_01]: Uh, for this, we can talk.
[SPEAKER_01]: I just, I really love to show that
[SPEAKER_01]: very so much unknown.
[SPEAKER_01]: And I really, really do believe that we are this fabric of reality, the blanket that covers us, like the double silk experiment shows that the universe knows when it's being watches in a behaves accordingly, like the super, the super positions where a particle can be, or sorry, an electron can be in multiple places at one time until you look at it and
[SPEAKER_01]: like the universe doesn't follow the rules that we have kind of put out until we are observing it.
[SPEAKER_01]: And it shows to what that you want to say, I've heard people say like galactic consciousness or it's like a membrane that like maybe not it's I don't know how to explain it where it's alive in a certain way and maybe not other ways and it it keeps us
[SPEAKER_00]: and a constant.
[SPEAKER_01]: Not not contained.
[SPEAKER_01]: But outside, I think it keeps us, I don't know, safe is the right word, but just a membrane that separates us from other parts of reality.
[SPEAKER_00]: Yeah.
[SPEAKER_00]: I see what you're saying.
[SPEAKER_00]: It's hard to explain.
[SPEAKER_00]: I don't know, but it's like, uh, if it didn't, everything would be looked nuts and crazy.
[SPEAKER_00]: You burp so much.
[SPEAKER_00]: I just drink a bunch of that orange juice orange juice does not make a person burp.
[SPEAKER_00]: I think liquid
[SPEAKER_00]: You swallow air.
[SPEAKER_00]: Are you a pelican?
[SPEAKER_01]: I don't see any air.
[SPEAKER_00]: I don't mean big sips.
[SPEAKER_00]: Petrank, coffee and orange juice all morning.
[SPEAKER_00]: I'm going to burp.
[SPEAKER_01]: Yelp my back.
[SPEAKER_01]: I'm just saying either there's make anybody else burp.
[SPEAKER_01]: Oh, you at home.
[SPEAKER_01]: Everybody at home, right in if you think, Jay should go to the doctor.
[SPEAKER_00]: Doctors don't know.
[SPEAKER_00]: They're like, where will run 80 of these tests on you?
[SPEAKER_00]: None of them will confirm anything that you actually have.
[SPEAKER_00]: We'll charge you for all of them.
[SPEAKER_01]: All right, all right, all right.
[SPEAKER_01]: Okay.
[SPEAKER_00]: That way, that way, the managers and the CEOs of this hospital now get paid.
[SPEAKER_01]: So what do you think of this stuff?
[SPEAKER_01]: What do you think of physics in these weird questions?
[SPEAKER_01]: And these things that are unsolved, we can observe.
[SPEAKER_00]: Well, I think it's always good to be questioning things, but we're just questioning reality and are place and position and space and time at the end of the day.
[SPEAKER_00]: It doesn't really matter.
[SPEAKER_01]: Yes, no.
[SPEAKER_01]: I mean, like your life isn't probably going to fundamentally change by any of these discoveries, but I think our understanding of how the paranormal works, no, how I think your life can change based off the discovery.
[SPEAKER_00]: If we do actually discover and understand how this stuff works, I think it would change humanity all together because maybe we'd have a little more respect for how things were maybe we have a little more understanding of how things came to be.
[SPEAKER_00]: And again, I think a lot of the, uh, the waters are muddied on purpose because they don't want those answers to be found out because I think when you do start observing the universe and how it works and why it works.
[SPEAKER_00]: There is one constant that kind of does make sense of everything, but the science, the science don't like that.
[SPEAKER_01]: You keep saying that, but it's only like two guys like.
[SPEAKER_00]: It's the, you know, it's the whole, uh, or the academia, it pure reviewed.
[SPEAKER_00]: It's, that's the science to me.
[SPEAKER_00]: But there's no, there's no, there's no, but there's a, there's a, and the school system.
[SPEAKER_00]: It's a feeling behind it.
[SPEAKER_01]: It has no scientist input.
[SPEAKER_00]: Oh, no, not at all.
[SPEAKER_01]: Yeah.
[SPEAKER_00]: So yeah, but it's what we accept as or a society says is this is like science.
[SPEAKER_00]: This is how this works, even though you could do other things to either just prove it or maybe say like it doesn't work when you do it in this situation, but
[SPEAKER_00]: Listen to the science when we say this.
[SPEAKER_00]: It's just you you find out what things are allowed to question and what things you're allowed to Question basically if you're if you're allowed to question something to me.
[SPEAKER_00]: It's a A good sign that you're at least embarking down the path of the truth When you're trying to question something and you get a lot of pushback like you can't question this.
[SPEAKER_00]: This is a settled That's when I threat flag goes up to me.
[SPEAKER_00]: It's like wait a minute
[SPEAKER_00]: Science is never settled, but the science is always settled.
[SPEAKER_00]: I don't know if that made any sense to anybody, but.
[SPEAKER_01]: All right, and I do think that the stranger things ask experiments that we theorize have happened.
[SPEAKER_00]: Mon talk project.
[SPEAKER_01]: Like that, and then the stuff under point pleasant, the teensy plant, I do think that they may not anymore have been breaking down to another dimension, but breaking down that membrane of reality.
[SPEAKER_01]: Okay, so these creatures may be here all the time.
[SPEAKER_00]: Right.
[SPEAKER_00]: Yeah.
[SPEAKER_01]: And that like we talked about with the overlap the red goggles are they're infer the actual red infrared and that you just can't experience them all the time are often until something is happening where that veil is being weakened.
[SPEAKER_00]: Right.
[SPEAKER_00]: And then we talked about what is that veil?
[SPEAKER_00]: Is it just, it's just a memory.
[SPEAKER_01]: It's a big jellyfish that protects us.
[SPEAKER_00]: Is it really the,
[SPEAKER_00]: Dimensions are talking about that are just sitting on top of each other or different realms sitting on top each other Occupy in the same physical space, but Like a radio frequency.
[SPEAKER_00]: I mean, that's the easiest example to understand the radio is never moving You set the radio in the same spot, but you turn the dial and change the frequency and you get all sorts of different Music or whatever coming out of the speakers, so but the radio never moved it never changed at all But the dial did and that's where
[SPEAKER_00]: You're getting different things coming through the same, uh, uh, I guess in this case speaker medium, but is that how the earth works?
[SPEAKER_00]: I don't know.
[SPEAKER_00]: Could that explain some of the questions that are posed here today?
[SPEAKER_00]: I don't know.
[SPEAKER_01]: Well, I have been the great and powerful mystery.
[SPEAKER_00]: And I've been Jay clone 130.
[SPEAKER_00]: Yeah, I think so.
[SPEAKER_01]: We'll catch you guys!
[SPEAKER_01]: Bye!
[SPEAKER_00]: and our paid member space on CryptidsOfTheCorn.com.
[SPEAKER_00]: We'll catch you next time with more exciting, fun, and informative information.