Sup hey. How am I? I'm still pursuing my dreams. Like talking to Jaclyn Glenn. Trying to put myself out there as much as I can. Waiting for my works in the background to be finished like my book. At the moment, I'm dealing with a not so good at her job case worker of mine, mainly having to get her to understand how the law should work, or just confrontation in general, all that good junk, because like really I might be in a mental facility program but she is that bad at her job like to the point that I'm having to pick up her slack which is ridiculous. So that's how I am. What's up with you, how's it going?

@caseyxsharp I'm good thanks. It must be frustrating for you to deal with a caseworker where you know how to do her job better than she does. Maybe give her a little time for her to settle in to it. Perhaps she's new.

I've been working on a cooling system for microprocessors with superconductors so we don't have to build cloud storage farms in cold, far away places. It will cut down on latency and, as the saying goes, every microsecond saved is a $ earned.
Take it easy, i'll pass the message on to Jaclyn. We speak occasionally.

@maxmaccc Hey, you work on trying to use superconductors. I know a lot about computers, for that matter and cooling things. Like seriously, I for one, have been thinking about how to make a homemade AC system, I've done some research into super cooling things, and lets not forget also superconducting. I don't know what you think.
Did you know that there is no way to make a superconductor without super cooling it, even no matter, what kind of material that you're using? I mean you won't be able to get, I mean, do what it does getting to super cold temperatures you know what I mean, but maybe whatever you might use it might be capable to get closer to being way better than any metal known to be computers of today in the world, what was it, it's silver, I think that if I looks at the table of elements I could pick it out again. So that's if you want to get a processor good by the material alone.
If you wanted to super cool a computer, check this out, I also was counting on one day building my own robot, I mean, I know a lot about electronics, you know how big the vast field of that is the electromagnetic spectrum to be, that, that's kind just how much that I've learned about electronics everywhere, it's like a bird that just landed on a swimming pool for birds, I don't know where it comes from, it just, boop, and its there, what I'm trying to figure out is, where the heck, on earth, did this freaken bird come from man, it's like it just fell out of a hole in the sky on a rainbow, it's like this is like someone showing a cellphone to a caveman and I'm the caveman, it's just swimming in a birdbath.
Alright, right, I was saying, yeah so I have been thinking about building my own robot, and I would if I could build my own suit of armor if I could too. I can tell you just how that I would do it too.

If you were going to use super cooling, I could tell you how to get create. Just try this if you are daring and would care to want to, I would instead of using an open chamber of liquid whatever, to cool my computer, that might work, but here's what might work better, and this is what I would do, if I could afford to buy a cooler's worth of liquid nitrogen and all of the other stuff to build an AC, my general idea is, to make it like a bong, when the coolant is in the cooler, have a water pump to push that water, out of the vent that leads up curving having an air blower attached to blow the air down, in front of the air blow is the box fan, why, because that's what creates the pressure inside of the cooler see, but of course there's a copper tubing that line from inside to the circular outline on the box fan back into the cooler attached to a water pump, but then there's two fans on the back behind the fan, they are closed off, they blow the cool air up back around to the vent attached to the air blower through a pipe, in that pipe, is another tube holding the coolant which was sent there by another water pipe inside of the that pipe I mentioned, that tube, is moving the coolant back down into the cooler again, and it has to be pressurized, but it will be pressurized, because the airblow is blowing so much air back down into the cooler with a water pump down below, that there is no where left for the nitrogen to goe but back down into the cooler. Yeah, homemade AC system. Never need to ever buy another air conditioner ever again. I do have a problem though, it's so expensive, if the power goes out, all of that nitrogen evaporates back into my house, I mean gotta cut that off definitely, that's what you'd call dying of laughter right there, get it, because it's sleeping and laughing gas, but then this other problem, it's, it's a homemade AC system, like I think it could work, it's just a homemade system probably isn't the best type of material to be efficiently using liquid super coollent you know, '++

@maxmaccc speaking if bongs, I just knocked mine I smoke tobacco from over while moving my hand to the keyboard from the mouse, so guess what, I'm using my phone right now.

But hey, you get the idea. Although you should hear this out, you know using something that has low viscosity is good, mostly anything that is lower than water for real, has to either be pressurized or is flammable, or going to kill you, so actually here's another thing that you can do, use a higher viscosity. A higher viscosity has a higher normal thermal conductivity, but that's why that you see actually it works better than low viscosity, low viscosity can only take out so much heat, it just works harder in the long run, the higher viscosity it can of course naturally absorb more heat which is what's wanted right? Over the long run, the core temperature is lower while using less energy and effort to cool it at least if long average temperature control is what you're going for. Just something to think about. If I ever build a robot one day, it's going to be a super cooled super computer if I ever do it, I put a lot of thought into it.
Oh right*karosine, try that.

@maxmaccc Hey I don't know what happened. That was weird, I just tried to send a reply and it didn't send for some reason. Hey, I was going to say this, so first off, I was just saying that, that's really cool, you like working with cooling computers. That's good, because I am also and have been thinking about building my own homemade AC systems, so I've done a lot of research into what to do, I also would want one day to if I could be able to ever to ever build my own robot then build one, I know a lot about computers. I mean, like, a lot about computers, or electronics in general. Take for example the electromagnetic spectrum, as many as there are forms of different frequencies, it's like that's how much that I know about electronics. I don't know where it comes from, it's like a birdbath, like seeing a bird just come right down out of a hole in the sky on a rainbow, it's just swimming in the birdbath, all while what I'm trying to figure out is, where the hell that this bird just came from, I mean I know what a birdbath is and does, it's just even if I didn't it still makes me wonder where the bird came from, it's just swimming in a birdbath. If I ever do try to build my own robot, then I'd make sure that it's also a super computing robot, so which also leads me now to think about how to cool it with super cooling, right?

I have made my own design for how that I would build a robot like that, but then I've also made my own design for how to build my own home AC unit, so check this out, tell me what you think. Basically, it works like a bong, all super coolant, needs to be pressurized, which is why that it will work like a bong, so if I was you building some way to super cool a computer, what I would do, myself, is to not use a concealed system, I would do an open chamber, you know, if you're using liquid Nitrogen or whatever, then that it can only last you just as long as there is enough liquid to be used right, I thought of a way that defeats that if you are daring to try or want to get creative, I've never tried testing it before, so if it does work then hey you could even use it long term even in laptops, wouldn't that be great, a super computing super cooled laptop, so this is how it works. And actually this is the concept which is what I'm explaining using the example that if you wanted to build a homemade AC system that I was designing.

Alright, take a cooler, put a submersible pump inside that pushes the liquid into the cooler, attached to the pump is a vent that leads from there up connected to an air blower, it blows the air down into the cooler, so what's inside of the cooler is now being pressurized due to that force also making it like a bong, put a box fan on top f the cooler, put another small pump inside that attaches to copper tubing which then leads out to the circular guard of the outside of the fan, it sends the liquid around cooling the air passing through the fan, then also the air blower is catching part of it which blows more cool air back down into the cooler, behind the fan is two more small fans, one is blowing air up and one back down, a pipe is being used to connect them, attached to that pipe is another pipe, it leads up turning around the fan to the vent of the cooler, take another small pump to move the liquid through the pipe up to that part where it can trickle back down again behind cooled hitting the air from the air blower, see, if you were to use liquid nitrogen for example, then theoretically it will work, I know that if not pressurized then it blows away, but then that's why that there's an air blower to blow it back down and it has to move passed it to escape again, never need to another AC system ever again. But that's what I've had problems with though, if using liquid nitrogen then of course lets say the power goes out, then all of that goes right back into the room, so you also have to make sure that it can cut off the vent if it does, or you'll probably be finding out that dying of laughter is a real thing, get it, because nitrogen is also laughing . Then there's the problem of it costs a lot of to fill a cooler with that much nitrogen. Then there's the problem of, it can kill you, as a matter of fact, that's what I've learned thinking about what to use in it, anything that's able to cool less viscous than water, usually needs to be pressurized, is flammable or going to kill you. So, then that's why that I've figured that using something less viscous, isn't likely the best thing to keep stuff cool. Then that's another problem, it's a homemade AC system, I mean it works using that stuff in actual systems, but liquid nitrogen in a homemade cooling system, probably not the best option. So yeah I thought about something more viscous than water, which would work better actually, since there is only so much heat that something less viscous can possibly take out, before, it is just running that much harder, something more viscous which also has a higher level of specific heat, think about it, it can trap more heat at one time, without having to work all that much harder, which is the best option isn't it? So after looking through what to use, I've found the perfect think that works that's not capable of killing you, I mean it's dangerous if it catches fire, but it's not flammable, it's combustible, Kerosene that also has what I just said.

I was also going to attempt to build something smaller that is able for me to to others. I would use the same liquid, but instead of using pumps and stuff, just what you need to cast plastic, make a box, put a fan that works well under water on the inside, air ducts through it, and another fan to move the air through, and now you've just build a mini AC system. Also, and if you wanted to no need to use ice or whatever like others having to always make or ice, just put it in a freezer for a while.

Then lately, so here's what I'm doing right now too. I'm learning about mining crypto, I already have an antminer s9i. I will be starting with this thing. But that I didn't know about until just now, that there was a way to submerse it into a liquid and it still work while keeping it cool. So have you thought of that or haven't you before? I wasn't saying that when last I tried to reply. Actually last time, I knocked over my bong speaking of bongs, that I was smoking tobacco out of all over my keyboard, so I had really sent you two replies one on my computer and phone. And then now, so now, I've just learned about that and since we're already talking about that, I felt inspired right now. I mean, before, that was the whole point of me using kerosene was because it was more viscous and using a fan that works under water, this changing everything. I didn't know that you could put electronics into just mineral oil and they still work. If that's the case, why hasn't anyone ever just thought of this right now before, I mean just put a miner in there in a cooler, instead of spending hundreds of dollars on ventilation, just put a freaken fan in there that works under water, you don't even need a fan that only works under water, the oil prevents short circuits so all that you'd need to do is just some graphics cards they already have the fans built into them, it will seeminglessly keep circulating the oil, maybe just an extra fan that's it.

So also, about superconductors. I was doing research into them as well. I figured that well there are no super conductors that will work without being super cooled here today. But, there is a way to use one to have better less resistance than copper or silver, like Niobium, it could work just as long as you made the temperature less than 32 degrees. Niobium alloy with Zirc or tin actually.

So if all works well as it should, I might be able to one day make a mining rig that works like a super computer, and cool my house lol. That's an airconditioner that pays the bills, hell yeah.

@maxmaccc Hey tell me what you're thinking about trying too. At least what you've got so far.

@maxmaccc Well, i forgot to add this too. Here's my thoughts, since I've told you and now you know I'm the one that really controls what happens on earth. If I talk about it, I'm not talking like this is for the future, to me actually telling people about what could be the future is like trying to tell someone every time that I've ever had a sleepover by myself and a handheld gaming console. If you want to talk I don't know, PS4, Xbox, handhelds, laptops, TVs, then I can do it, like even if I wasn't aware of it, if someone told me something new even like I didn't know, it still wouldn't surprise me. I know a lot about electronics. Like as if, remember back in old days when people made scifi, people though oh it's just fictional, and then now mostly everything we ever thought to be scifi is now real in real life, that's kind of like the way that I see electronics in our universe now.

Here's what's happening with that, what you said about that stuff. Yeah I can see that being a possibility, I only though would see that as a possibility if it was the only possibility left to us to do. I was trying to think of a way to make a supercomputer for a long time, not just that I think that I know how, but I've come up so many different ways that it is things that might be a part of it to work too. So towers for storage, in ice far away places. But I have a better idea. I will get to it in a minute. So Then there's also the object they created a little disk that almost never loses data and can store a whole lot. That's another thing that might help. It looks like a piece of glass.

Here's how I've generated the image of how frequencies travel using my psychic ability to interpret them. As you know, all electrics use codes, one or zero right? people say that's the only way it works or can work, for the most part yeah they would be right, but only really because that's the only way to be able to interpret the information that's out there, either it is between a one or a zero somewhere out there, or sometimes both, outside of what's actually reality, what is observable, there are many other possibilities for these codes to exist naturally in nature without them being interpreted. What we know, now, is that just for the sake of interpretation, what is out there can only be interpreted by only a one or zero, so no matter what it is that we try to understand that's out there we can only have these two numbers to be able to understand it, no matter what it is or what code that it is, it's only ones and zeros that give that information value. Nature itself, on the other hand, that's why that is important, it's important to know that there is way more out there than our understand or the interpretation of only ones and zeros, despite what others tell you.

Here's some precise good example for you, take the way that signals travel from one place to another to your satellite or from your antenna to anywhere else, this is how your TV works actually, your satellite is like the combination of both a one or zero, forming what you can actually think of as a two, together it is the two, the catcher of the signal the dish is like the zero, the arm is like the one, the signals coming to it, are actually not just the signals that make up the broadcast being received or even what it should be receiving, it receives all of the information coming to it, all mixed and intertwined, the only way that it is able to make sense of it is by, reflecting it right back at the arm that is what, converts it into something meaningful for your TV, since the arm is a one, then all information now on the dish being whole is like that one, instead of canceling each other, that one is searching scouring through all of that information, it picks up out of it all every single one bit of information inside of the signal, once it has it becomes like a two, before that, the dish and arm formed the two together, now that both this dish and arm has attracted all of the bits of one and zeros out there, it make a newer one, and since the arm is another one and has now interpreted what meaningful data that it should receive, together that's how it makes a two, now this two has all of the information of that one so it can being you know the satellite dish decide which bits are and are not zeros which form the first one, your TV, is like a two too, but the TV is a little different, it is a what you'd call a catalyst or converter, it doesn't really play a part in the receiving interpretation of real reality physical existence at all, it only acts, like as it as it only acts like it's playing as part of the play, think of it like in a play on stage, if someone were breaking the fourth wall, then you'd know it, because the purpose of playing and acting in what you call a play can't happen if they actually do be doing that, you'd think that's a person in a play now breaking that wall, that's how you know they are, but a TV is not like the person interpreting that or acting like as if it is part of the play outside of itself even, therefore, it exists like a two or a zero, maybe both, the point is, is that the TV acts on it's own to represent itself being a two, why, in order to translate what is despite what is not, because the TV itself is a two, it can be reflective against what is within itself in order to produce the picture on the screen just as is, it's like literally a box existing and non existing within the and out of the existence of the universe itself, which is why behaving like how a two acts, it is allowed to present what the two interprets from your satellite. It's literally like a hole into another space and time without breaking any rules of what's physically possible of the universe. Like a black hole, they say that if they existed, that the gravity would be so strong that it, could create a whole new other secondary space time continuum inside of our space time continuum that's separate than ours. It's not as complicated as it sounds, you just have to know to remember that this is just what the universe does. All of the information in the air out there right now, think about it, it's not just one signal, or set on a set strip like a highway with other waves of information it's all one wave one frequency, It is only true that our information will exist somewhere within that, somewhere within that, and it's not even quantum possibility of if it's observed, it's out there, science can't or I mean those scientists can't even grasp it, things usually are that hidden when you're not even trying to look for them, and if you weren't ever the one to goe looking for them, then you're probably not the one to possibly ever know what's out there right? Like, I'm telling you it's out there, right now it's there. That's, just numbers zero to two. Nature knew, that's what I am trying to say, unlike scientists, who only would be able or capable of understand one or zero if they looked, they don't know, nature knows that there is way more out there than just a zero or one, it's absolutely certain to be, a certainty, I mean if there was a zero, then concepts of number would exist, without the concept of number, then one wouldn't exist, but one does exist, see how that works. The only thing left to figure out now is, how are we ever going to make this one be what the thing is, that is that thing we us to, interpret all of the rest of, that, get what I'm saying, that's it, all there is left to know about our universe, it's right there. Nature, it knew, so it made itself into a whole thing that not just is it the system or part of the system, that's why we can use it to understand exactly what we don't know about all of this information, we only know how to use it, not what it actually means, which is precisely why that it's taking science so long for it to catch up because we're what's holding it back. If it was just that easy, as screwing in a lightbulb, as it is to figure out whether or that we are about to try to use cold storage to future store data, then who possibly knows what's the next thing they should be capable of figuring out for themselves, how to cure cancer, or solving world hunger, or preventing global warming. This is where we're at, this is like, nothing. If nature had as much control as we thought it should, then none of this would ever be a problem, and scientists what the such stupid people man. This is like, the world has just woken up, but is still leaving the less intelligent people to work until they realize that they're complete failures, like we know better, like now, and the world is still in there hands, for sure. I'm off topic, alright, it can work the other way around too, that's a satellite, it is a two and main purpose is to receive only data that it needs, an antenna on the other hand, well kind of is just like a satellite, but instead of needing information to be important from somewhere else, it just only sends it right out into the open, I say it's like a satellite, see where that's getting that it's a two now, a satellite it can also send information back but it uses that arm the one, it doesn't really send information straight there just to be interpreted kind of like a cup on a string would, it would be much easier that way but that's not how it works, when it sends a signal back, it can't do that, because the arm is then emitting that signal at such a large area nothing from space or wherever can pick it up, it converts it into another signal, one that matches the signal received and the thing it's sending to, there actually is a conversion happening, so then when it blasts that it hits that dish, it reflects it like the other way around turning that signal what it meant or did mean before into basically useless information but it's still backwards than what the arm emitted, it's just static noise, useless, until, when it the thing to get the signal, that thing is having to be a two, like the satellite, it reads the signal and interprets that it's the same as itself but backwards, that's how it knows what to pick up out of all that which is useless, once it has it, that's the connecting bridge of data I mean almost literally it is a bridge if you were making a bridge out of meaning information that's it, now just like that boom, it has the message, where it goes from there, that all depends on the machine at this point like how it was with nature to provide the means. An antenna works just the same way, it is just a one, but since it's blasting a signal, there is no need for all that. Like an RC car, it's just one to one, simple. But that one it's not just a one, it is a one because of the information it's sending through, it has nowhere specific to goe, so nothing means that it has to be meaningful to get or be received, since there is valuable information already there, existence within the universe has been guaranteed, it behaves like a two, like in a TV, a TV does the exact same thing that your satellite does it just does it within inside of the box flipping the information and patching fitting it onto a screen, two reflecting itself, so in an antenna it's acting behaving like a two because the information it produces has formed into a one from zero, the information out there surrounding it, is what lets that one just become part of itself since that's information, literally what it is has to be either one or two that or something somewhere is interpreting what that means anyway, it's like this, you know how bluetooth works, it's just one is connected to the other and they both are connected, mentally you can imagine a literal line connecting them, but not with an antenna, it does do, exactly, what it looks like, you put one walki talki over here and you put another over here on the other side of the room, when one sends the signal the other responds, like all that was it was like a wave nothing connecting them or nothing to connect, both, have to be acting as a two, in order, for the signal to be meaningful and interpreted, despite zero was there between them in reality, it works kind of like a capacitor, it builds until boom it reaches, it reaches two, also, that's why that putting both of them together, that screeching sound, that was both of their two's interacting with one another in close quarters. What do you think, the CMB was? This is what I was talking about before. It was just, just like a map of the Land of OZ, in a single picture, both was but didn't exist anywhere, get me now? Then, there is the fours. The maximum number that possibly exist on it's own locally in our universe's existence. All of that, what I just explained, it all does actually add up to four, a satellite, two and two, the eventual interpretation of it another two and two by the TV, both the satellite and TV make a single four, both do, four is solid, real, what is and not, not I mean not, what isn't, that's why it exists between within the interpreted numbers being interpreted from zero to two, it is, in a sense, like basically what you'd call a striped donkey hiding in a horde of zebras, get it, and inside in the whole pool of ones and zeros that all make up one big pool of information that's like liquid fluid without no direction. Four, exists, it exists outside of the constraint of one and zero. Remember why that I said, the satellite makes useless signals, this is why right here, it's just one big useless signal until something by chance had the intelligence enough to understand what was there, a satellite, basically does diddly squat actually, it is the message boy, no one wants to ask who sent it or where it's going, but all that you can surmise to figure out is, if it's going somewhere, then it's likely to be about to be mugged by clan of assassins on the path there. Remember that concept, if nothing else, remember at least that, whether meaningful or not, it's meaningful. To tell you about three, so, three, basically it's nothing amazingly specific, three is like that messenger but without the destination going anywhere, it's basically just the pool of information that makes the pool, it can, is and can also is can be, anything else that just happens to exist within that pool too, like the satellite, the TV, the antenna, it's the three, it's nothing, it's what I said, this information is being interpreted, so logically therefore more than that then is it is also how that it is being interpreted too, by one thing or another, get it. Hey, you know something, there was another person besides me that also believed in this system for the universe, he didn't have a very good understanding of it at the time, he was Pathagerus, he was the one that believed that all things were number, either a one, a two, a three or a four, that's what I've based this on too besides the fact that I have a psychic ability, I believe that this is how that we really learn what's out there, one means, and this is just what it meant at that time, nothing, a point, two, is a line, like the walki talkies or RC car, three, is fluid, what connects one and two, and four, is solid, believe it or not, this, this is the system that your universe is running on right here, it might not be an exact universal equation, but it's still a system, even when you're talking to others how many people are in the , three is a crowd they say, two is company, four is a party, all four numbers, you should know this, they are each one point, all points are the numbers of number, the system falls apart without that.

So, your idea for storage now, there is another thing to know now. that since the unique specification of the system can be detailed now, that means the information can be multiplied exponentially too. For example, I just worked from zero to four, if I can work from nothing to something, then I can work from something to nothing now too. A solid four, is what I'm starting with, you want to know what to call this, call it the antenna, there's a certain thing that makes antenna so much more unique than other electronics, when they were first discovered, people had no idea that they could be improved or why and how by improving them that they were being improved, it's like people got lucky making the discovery, like the point one was there, and it so happened that it just was, one day, someone discovered that it be improved, now today, we don't even think about it, we don't because we aren't nature after all, we just see an antenna, what we don't realize or they didn't and then figured out was, was that if you increase the complexity of the antenna, you boost the signal output. It makes sense. I mean, people ask the question is artificial intelligence intelligence, then they imagine maybe so if it was true that complexity gives does give rise to intelligence, well, so you could build basically pretty much the most ugliest most piece of crap thing on the earth ever to be made, and as long as it was the most complicate thing, it still would have important meaning, actually does explain a lot about our society, oh no wonder humans ever decided to worship the Flying Spaghetti Monster, oh now, now I see it. So, remember what I was saying, that was a system, it was able to have meaning because it was being interpreted, so, an antenna is a constant two, everything else and no matter if it was any other number it existed between one and zero, but an antenna it's just, 2, it breaks the paradox of whether there can be an all powerful God that can make an immovable boulder, oh does it, it does, one can not exist without the other, if one did, then the other wouldn't exist, and what did we learn, one does exist, alrighty then case solved. What you need, is to find a away around and to break the limits of nature, it shouldn't be that hard to figure out, if nature does it, so should you could be able to at least too. The four, is the antenna, because it exists to be complex, it naturally attracts two's. On one hand, you have the complexity that exists to create intelligence or meaning, data, and then on on the other you have the information that forms that pool of information to make that information meaningful, that's what you're going for. Find a way to merge the two together, and you have cracked the answer to your question. For instance, two antenna acting as only one, it could exist, each antenna is like a four, but they are a two too, so two interacting both being two at the same time while being as complex as a four, it doesn't matter then if it's meaningful or it's possible, you just found a way to make one two capable of being able capably to act as one single whole four.

So, I think it's interesting, even if humans aren't on the right track like at all to putting storage towers in the tundre, it might become useful later, if at any. It's a tower that just sits there devouring data storing for later that can be accesses anywhere, it doesn't seem like the best, but that sounds pretty cool actually. Although, storing data, no, I wouldn't use it for that, I think bigger picture, much bigger, I'd use it to, generate power and to act as one big modem for the world. That's what I would use it for. if it contains all of the information it's allowed to have, then if it broadcasts that everywhere, the only thing that anyone needs to access that specific data anywhere is just a way to interpret it. Right now internet companies sell you data, that data comes from three different place, the modem, the internet line leading to a bigger line, the bigger line of connection that covers the country, and each line is selling that data to the other smaller branches all the way down to into your home, the servers exist somewhere else and also are being sold data so allow data transfer to you, if you could make one place, that holds all of that data, while making it easily accessible to you, that would save so much money putting that money, back into the economy, right now since our world is in the time of the information age, all of this stuff is costing us spending all of this money just on keeping the internet running right now. I was trying to figure it out too before you said that. I would try, maybe try to turn every electronic thing connected to the internet into like a server, it sends data to the tower, and the tower does all of the computing and redirecting, sending out a signal, to where only that location as if that web location was a physical location that only you can access by that specific signal wherever you are. In other words, the air itself becomes the computer. When the tower needs to locate any place, it already knows where it is from your computer, making the tower if the air around it was the physical computer, the tower becomes the super space like the space that you imagine only available to a super computer, just in a place inside the tower, all you need to do is connect your computer to it. But.

Building such a thing, that's a real mystery. Maybe, it could be possible, if, added introducing adding something new to it, like I don't know intelligence for one, but then, if you did that, that's the problem with it, it is possible, but doing it would require that you have a computer that is able to interpret the information at the same time that the tower can turn that information it has into each bit of information, it's the closest thing possible to real randomness or intelligence that's possible that way, it's just exactly not something that anyone has ever done before, but like I'm telling, that's the closest way to, like encrypting information, even like how a super computer does it, just allowing the information to exist without the medium to constraint it, it can take the information all of it, can keep generating new forms or associations to build making newer codes that are specifically identified by it, it just has to be able to do it and while it can turn it into something meaningful again at the same time while not destroying the data. And also, it's unhackable too, literally, there would be no way to crack it, so no one could ever hack into it, ever, no matter what they tried. That's the perfect level of computer that we should be aiming for right there. That's my idea, of a computer tower. That's just what I would do if it was a tower. If it was a robot I was building, I'd do the same thing, only I'd use the graphics to make the processor, not a physical processor, the graphics are generated by how well that it's programmed and how well that inside of the robot's mind it has the ability to interpret what's really real really in front of it, so it learns just how to do things like a human based on trial and error. Basically exactly like the tower, only the space around the tower or the quantum space inside is actually being generated by a graphics simulator in the eyes of the robot, both literally and metaphorically, how good of a robot is it, well that's just going to have to depend on the robot isn't it.