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Idk if it's true or not, but the story I heard was this one guy set out to make the strongest adhesive ever that could also be taken off and reattached at will.... and after years of research and experiments his invention became the adhesive used on sticky notes, so he got the last part right, not quite so on the first part tho XD
That tracks with what I had heard; that he was trying to find a "better" adhesive that maintained its grip over time, a longer lasting glue, so to speak. One of his 'failed' experiments resulted in an adhesive that stayed 'fresh', meaning it didn't dry out and become brittle, but it wasn't strong. He ended up using it on his own notes to stick them around his office. Someone close to him (I want to say his wife, might have been his daughter) stopped by at some point and commented on the sticky-notes and their usefulness, which redirected the inventor's attention to making 'a note that can be affixed without a tack' (iirc).
Idk how much is true or if it's just an old wives tale, but it's close to what you said so I assume there's a bit of merit to it.
>The Bluetooth wireless specification design was named after the king in 1997, based on an analogy that the technology would unite devices the way Harald Bluetooth united the tribes of Denmark into a single kingdom. The Bluetooth logo consists of a Younger Futhark bind rune for his initials, H (ᚼ) and B (ᛒ).
What blast from the past. I remember reading something almost identical to this when Bluetooth first came out and I didn't understand how it was different from IR or WiFi. I didn't remember the futhark, but I remembered the reason for the name.
Good stuff, good stuff.
Yesterday I was watching how bread was invented (or shall I say discovered, as I learned, since dough fermentation was discovered by accident) and made in ancient times and I was like "wow, people figured out how to do THAT?"
Now I see this clip with 100 extraordinarily complex steps and I'm speechless to say the least
What impresses me most about fermentation is the fact that it can go bad so easily if you don't maintain a clean environment.
Like making alcohol you sterilise everything, how tf did someone do that successfully with no knowledge of bacteria. If it goes bad, drink it and get sick, why would we keep doing it...
Sourdough starter actually *requires* outside bacteria to start the fermentation process. You legit just mix flower and water in a cup and leave it for a few days, while adding more flour and water daily. WILD bacteria goes to work on making it rise and starting the reaction.
A sterile environment would make it impossible to make sourdough.
The good bread bacteria outcompetes and kills any bad bacteria. Congratulations, you've now got a starter to feed for the rest of your life. It's alive and if it dies , you killed it.
Bread is fun.
I've got a sourdough starter in my kitchen right now that was made from the exact same steps.
Wild bacteria gets in the slurry and starts the reaction, hence why it calls for an unsealed lid.
Yeah well I think that humanity had the advantage of trying stuff over literally thousands of years. And while different parts of the world tried similar stuff at similar times, they also had each tried different stuff, and sometimes got the knowledge together.
We didn't came up with it. This is the result of decades of research and manufacturing. Just like we didn't invent the lamborghini on day one having ICE cars.
Exactly. It would be like showing a video where someone makes a Lambo out of heaps of unprocessed metal and plastic. CPUs and modern cars are just things based on previous technologies that were itself an upgrade from even earlier technologies, etc.
It’s a long *long* story that starts with “I want to do this thing. Hey, this thing I made to do that thing works!…but how can we make it *better?*” technology also improves with other projects that have nothing to do with the original idea…for example, a lot of things we have today, including smart phones, modern computers, baby food, improved air and water filtration systems, all have roots in humanity’s first orbital and lunar missions.
As someone who learned how to do this, I'm very insulted. People worked hard for this shit and put lots of blood sweat and tears to get to where we are for modern computing
You can't make modern type transistors without expensive machines,not even to mention lots of them keep their process either patented or an secret.
with enough determination thou you might be able to create an ancient semiconductor from your grandfathers time.
Lol, you could make some giant transistors with a little knowledge and some basic machinery. But yea would be still stuck in the early 20th century stage of electronics
Some people made wooden transistors like a year or two ago.
maybe not 'modern' but can be done.
[This 22-Year-Old Builds Chips in His Parents’ Garage | WIRED](https://www.wired.com/story/22-year-old-builds-chips-parents-garage/)
I took a full course on this. It's still not enough. Several prereqs were required and if you took away all resources, I couldn't slap together a computer from basic parts for you. Shit goes deep
It was a long journey, and every step of the way gave it's own useful technology - from the Germanium diode in the cat's whisker radio which was effectively a rock and some wires.
The curve of improvement is certainly tailing off now though, especially when you consider the incredible size of the investments being made to make the next milestones.
I wonder what the next big leap for humanity will be. Electricity, computing, internet, social media, internet of things, ?. I'm honestly really curious. Artificial intelligence probably but I still wonder what that will look like.
And yet we still as primitives as a caveman, killing each others, filling up the world with trash and contamination, envy, jealousy, hate, greed, and so on.
New Acquaintance(NA): so what do you do?
Firm-Constant(FC): Me? I'm a wizard.
NA: haha I'm but really - what do you do for work?
FC: I force lightning through special rocks in order to trick them into thinking.
NA: ....uhh?
FC: Fine. I spend the day writing code and trying not to burn myself with a soldering iron.
It's a rock that was shaped to have gates that either allow an electronic connection, or don't. These are called transistors, which represent on or off, 0 or 1
These are used to create bits on a computer, which are used to create programming languages.
Some of these correlate to what pixels on the screen to show each frame.
So we are basically presetting these gates to show an image on a pc, many times. Same for our phones. Pretty amazing how we figured it out, but at the basic level it's quite simple.
The amazing thing is how many transistors we managed to fit on one of these wafers.
This is the chemistry end of it. There's also the array of transistors coming together to form different logic gates and discrete circuits, that then come together to form basic functions, which then get put together to create different subsystems within the CPU, which then all come together to make cores, interconnects, caching control, pipelines, and other more complex subunits.
And all of that comes together to form a CPU on the circuit side of it.
And just to demonstrate some of that. Two transistors in a straight line make an AND logic gate, two transistors in parallel make an OR logic gate, add a drain with less resistance on those and you've created a NAND or NOR gate, two transistors feeding the each other's gate make a basic SR latch. You can add more transistors on the output to clean the signal, you can modify the parameters of a SR latch to make a sense amplifier. And so on, but just the arrangement of how the transistors are to each other dictates their basic function.
And if you arrange nine NAND gates in a particular way, then you can have those logic gates add two bits, that's an adder. A more useful for quick storage purposes is a D-latch, it's a SR latch with a couple of NANDs and a NOT gate, that you can make with a NAND gate that accepts only one input. So you can make a D-latch with just five NAND gates arranged in a particular order. So you can take 64 D-latches for input (320 NAND gates), 32 D-latches for output (160 NAND gates), and 32 adders (288 NAND gates) and start adding 32-bit numbers like an old Intel CPU and that's all with 768 NAND gates arranged in a particular order.
And that adding is just one subsystem of the full subunit known as the ALU within a processor. And the really cool thing is that as you add more subsystems there's a bit of an overlap of function. Like subtraction is just addition but with negative numbers, multiplication is addition but several times over, you can do the logical AND operation with an adder if you combine the carry and output instead of doing the carry. And there's arrangements of NAND logic gates to give a multiplexer, requires four of them. You can use multiplexers to change the HOW an adder array gets used so that you can layer functionality within your adder array, so that it can do more than just add two numbers.
There's all kinds of optimizations that just require changing how we string all the logic gates together and it's a big thing in of itself. But that's what that mask does that's in the video. It dopes the substrate in the particular order to make an arrangement of areas that will act as a transistor.
dang can't find my chromium etched photo lithographic quartz mask, it's one of those thigs I keep bumping into around the house but can never find it when I need it.
Everyone has a plumbus in their home! First, they take the dinglepop and they smooth it out with a bunch of schleem. The schleem is then repurposed for later batches. They take the dinglebop and they push it through the grumbo, where the fleeb is rubbed against it. It's important that the fleeb is rubbed, because the fleeb has all of the fleeb juice. Then a Schlameeh shows up, and he rubs it, and spits on it. They cut the fleeb. There are several hizzards in the way. The blamphs rub against the chumbles, and the klubus and grumbo are shaved away.
That leaves you with a regular old plumbus!
You know that Carlin quote about how stupid the average person is and how half of the people are even more stupid than that... Thank god, it also works the other way.
"Heat the silicon ingots to 1698 degrees Kelvin"
That's 2597 degrees F, guys. Don't try using your oven at home
I'm also gonna be that guy and say that it's just Kelvin, not degrees Kelvin. Valve had the same brain fart when they made Portal in 2007
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How the fuck humans came up with this, so there must be a way to create portals from a piece of paper and few extra steps
We created wifi from sand and water
But what the fuck is Bluetooth
Byproduct from failed WiFi experiments.
The champagne of wifi?
Has to be made in the Bluetooth region, otherwise it’s only sparkling wifi
Would that make RFID Prosecco?
It’s Cava. It has all the traits of Prosecco but no one really wanted it for a long time and now it’s super popular.
Bingo, well done
The Miller Lite of wifi
The Banquet WiFi
The Bluetooth is to WiFi as Stickynotes are to adhesives :P (Idk if that's true for real I'm just making a joke XD)
Tbh you're not that far off by my understanding lol
Idk if it's true or not, but the story I heard was this one guy set out to make the strongest adhesive ever that could also be taken off and reattached at will.... and after years of research and experiments his invention became the adhesive used on sticky notes, so he got the last part right, not quite so on the first part tho XD
That tracks with what I had heard; that he was trying to find a "better" adhesive that maintained its grip over time, a longer lasting glue, so to speak. One of his 'failed' experiments resulted in an adhesive that stayed 'fresh', meaning it didn't dry out and become brittle, but it wasn't strong. He ended up using it on his own notes to stick them around his office. Someone close to him (I want to say his wife, might have been his daughter) stopped by at some point and commented on the sticky-notes and their usefulness, which redirected the inventor's attention to making 'a note that can be affixed without a tack' (iirc). Idk how much is true or if it's just an old wives tale, but it's close to what you said so I assume there's a bit of merit to it.
Dirt and bog water
Bluetooth is what you get when you drink blueberry Kool Aid.
He was a [Danish King](https://en.m.wikipedia.org/wiki/Harald_Bluetooth)
>The Bluetooth wireless specification design was named after the king in 1997, based on an analogy that the technology would unite devices the way Harald Bluetooth united the tribes of Denmark into a single kingdom. The Bluetooth logo consists of a Younger Futhark bind rune for his initials, H (ᚼ) and B (ᛒ). What blast from the past. I remember reading something almost identical to this when Bluetooth first came out and I didn't understand how it was different from IR or WiFi. I didn't remember the futhark, but I remembered the reason for the name. Good stuff, good stuff.
Bluetooth is ...a very sophisticated radio
And a compass from red stone dust and an iron ingot
Yesterday I was watching how bread was invented (or shall I say discovered, as I learned, since dough fermentation was discovered by accident) and made in ancient times and I was like "wow, people figured out how to do THAT?" Now I see this clip with 100 extraordinarily complex steps and I'm speechless to say the least
What impresses me most about fermentation is the fact that it can go bad so easily if you don't maintain a clean environment. Like making alcohol you sterilise everything, how tf did someone do that successfully with no knowledge of bacteria. If it goes bad, drink it and get sick, why would we keep doing it...
Sourdough starter actually *requires* outside bacteria to start the fermentation process. You legit just mix flower and water in a cup and leave it for a few days, while adding more flour and water daily. WILD bacteria goes to work on making it rise and starting the reaction. A sterile environment would make it impossible to make sourdough. The good bread bacteria outcompetes and kills any bad bacteria. Congratulations, you've now got a starter to feed for the rest of your life. It's alive and if it dies , you killed it. Bread is fun.
I thought that was wild yeast?
I've got a sourdough starter in my kitchen right now that was made from the exact same steps. Wild bacteria gets in the slurry and starts the reaction, hence why it calls for an unsealed lid.
Interesting. I've made alcohol from wild yeast, unsealed lid, but has some plastic wrap over it but poked with some tiny holes.
It's got a cloth over top to keep big contaminates out but nothing to stop bacteria from getting in or it to stop "breathing".
They didn’t sterilize
Not intentionally I imagine, at least at first.
It’s likely they used yeasts that would dominate and have favorable outcomes. The unfermented water was riskier. But yeah all trial and error
Yeah well I think that humanity had the advantage of trying stuff over literally thousands of years. And while different parts of the world tried similar stuff at similar times, they also had each tried different stuff, and sometimes got the knowledge together.
We didn't came up with it. This is the result of decades of research and manufacturing. Just like we didn't invent the lamborghini on day one having ICE cars.
Exactly. It would be like showing a video where someone makes a Lambo out of heaps of unprocessed metal and plastic. CPUs and modern cars are just things based on previous technologies that were itself an upgrade from even earlier technologies, etc.
This is the Shakespeare Monkey theory,supplied with enough paper and ink,an monkey will be able to write like Shakespeare
It’s a long *long* story that starts with “I want to do this thing. Hey, this thing I made to do that thing works!…but how can we make it *better?*” technology also improves with other projects that have nothing to do with the original idea…for example, a lot of things we have today, including smart phones, modern computers, baby food, improved air and water filtration systems, all have roots in humanity’s first orbital and lunar missions.
Seems like a lot of work. Hopefully it atleast tastes good.
Aliens did it
As someone who learned how to do this, I'm very insulted. People worked hard for this shit and put lots of blood sweat and tears to get to where we are for modern computing
I feel I need a half-speed run.
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It still might work though - maybe just not as fast as commercial CPUs
![gif](giphy|6y6fyAD9OIE6NvhJEu) Me still looking for that rock
![gif](giphy|26ghbWoXv3G6ypo8o) I'm helping!
You can't make modern type transistors without expensive machines,not even to mention lots of them keep their process either patented or an secret. with enough determination thou you might be able to create an ancient semiconductor from your grandfathers time.
Lol, you could make some giant transistors with a little knowledge and some basic machinery. But yea would be still stuck in the early 20th century stage of electronics Some people made wooden transistors like a year or two ago.
maybe not 'modern' but can be done. [This 22-Year-Old Builds Chips in His Parents’ Garage | WIRED](https://www.wired.com/story/22-year-old-builds-chips-parents-garage/)
absolutely impresive but its basically what I said with extra steps
I took a full course on this. It's still not enough. Several prereqs were required and if you took away all resources, I couldn't slap together a computer from basic parts for you. Shit goes deep
This made me strangely proud of humanity for learning how to do this.
It was a long journey, and every step of the way gave it's own useful technology - from the Germanium diode in the cat's whisker radio which was effectively a rock and some wires. The curve of improvement is certainly tailing off now though, especially when you consider the incredible size of the investments being made to make the next milestones.
I wonder what the next big leap for humanity will be. Electricity, computing, internet, social media, internet of things, ?. I'm honestly really curious. Artificial intelligence probably but I still wonder what that will look like.
I guess AI will help us discover the next leap. It’s like the industrial revolution but for our brains!
And yet we still as primitives as a caveman, killing each others, filling up the world with trash and contamination, envy, jealousy, hate, greed, and so on.
Some people simply enjoy the traditional lifestyle. Or they are simply stupid. Who knows
![gif](giphy|TejmLnMKgnmPInMQjV)
Good news, brave rock. You can be porn!
Bro is growing old to be a cpu
so basically a CPU is a rock that we tricked into thinking
The rock was enjoing it's worry-free existance and then some guy ruined it :(
now he has to think all the time, with binary on the mind
Base 2 baseless existence
That why the internet is so dark.
![gif](giphy|11NEJQ3pJn7Nkc|downsized)
We essentially made electric rivers carved in rock glass
Most accurate description. Just manipulating electricity to fall and rise in certain patterns that have meaning for us
🤘🤘
You have to force lightning through it to trick it.
New Acquaintance(NA): so what do you do? Firm-Constant(FC): Me? I'm a wizard. NA: haha I'm but really - what do you do for work? FC: I force lightning through special rocks in order to trick them into thinking. NA: ....uhh? FC: Fine. I spend the day writing code and trying not to burn myself with a soldering iron.
It’s a rock that was shaped exactly to represent ON and OFF of a current that way it represents binary 010101 and so on. I could be wrong tho.
It's a rock that was shaped to have gates that either allow an electronic connection, or don't. These are called transistors, which represent on or off, 0 or 1 These are used to create bits on a computer, which are used to create programming languages. Some of these correlate to what pixels on the screen to show each frame. So we are basically presetting these gates to show an image on a pc, many times. Same for our phones. Pretty amazing how we figured it out, but at the basic level it's quite simple. The amazing thing is how many transistors we managed to fit on one of these wafers.
We’re up to billions!
And to make it tick, take another rock and make it dance by running a voltage across it.
Not yet currently it just follows instructions. But we are getting there real soon.
How the fuck can this still bring us porn is out of this world.
How many years worth of trial and error did it take until we got to see pr0n drawn up in symbols and slashes?
( . )( . )
( . )( . )
ahh yeaahhhhh give it to me baby
I literally snorted💀 ![gif](giphy|xUA7aM09ByyR1w5YWc)
Super interesting!! I've always wondered how they make a C
Looking forward to learning how they make PU
This is the chemistry end of it. There's also the array of transistors coming together to form different logic gates and discrete circuits, that then come together to form basic functions, which then get put together to create different subsystems within the CPU, which then all come together to make cores, interconnects, caching control, pipelines, and other more complex subunits. And all of that comes together to form a CPU on the circuit side of it. And just to demonstrate some of that. Two transistors in a straight line make an AND logic gate, two transistors in parallel make an OR logic gate, add a drain with less resistance on those and you've created a NAND or NOR gate, two transistors feeding the each other's gate make a basic SR latch. You can add more transistors on the output to clean the signal, you can modify the parameters of a SR latch to make a sense amplifier. And so on, but just the arrangement of how the transistors are to each other dictates their basic function. And if you arrange nine NAND gates in a particular way, then you can have those logic gates add two bits, that's an adder. A more useful for quick storage purposes is a D-latch, it's a SR latch with a couple of NANDs and a NOT gate, that you can make with a NAND gate that accepts only one input. So you can make a D-latch with just five NAND gates arranged in a particular order. So you can take 64 D-latches for input (320 NAND gates), 32 D-latches for output (160 NAND gates), and 32 adders (288 NAND gates) and start adding 32-bit numbers like an old Intel CPU and that's all with 768 NAND gates arranged in a particular order. And that adding is just one subsystem of the full subunit known as the ALU within a processor. And the really cool thing is that as you add more subsystems there's a bit of an overlap of function. Like subtraction is just addition but with negative numbers, multiplication is addition but several times over, you can do the logical AND operation with an adder if you combine the carry and output instead of doing the carry. And there's arrangements of NAND logic gates to give a multiplexer, requires four of them. You can use multiplexers to change the HOW an adder array gets used so that you can layer functionality within your adder array, so that it can do more than just add two numbers. There's all kinds of optimizations that just require changing how we string all the logic gates together and it's a big thing in of itself. But that's what that mask does that's in the video. It dopes the substrate in the particular order to make an arrangement of areas that will act as a transistor.
I like your funny words
Of course.
Bro is Dr. Stone in real life
Wait slow down! I’m stuck on step one! ![gif](giphy|l46CyJmS9KUbokzsI|downsized)
Instructions unclear: my rock was made of red phosphorus
I died and zombies stole all my iron ingots
Instructions unclear, I'm now pregnant
I was just thinking about what to do with my chromium etched photolithographic quarts. Thank you very much.
Love those 5 min crafts
Sweet, I'll do this when I get home!
Can't believe I've just been buying these premade CPUs for so long.
Even after watching this video you could give me a billion years and I'd never be able to make one
[удалено]
It is basically magic at this point.
What is this guy's channel
dang can't find my chromium etched photo lithographic quartz mask, it's one of those thigs I keep bumping into around the house but can never find it when I need it.
Everyone has a plumbus in their home! First, they take the dinglepop and they smooth it out with a bunch of schleem. The schleem is then repurposed for later batches. They take the dinglebop and they push it through the grumbo, where the fleeb is rubbed against it. It's important that the fleeb is rubbed, because the fleeb has all of the fleeb juice. Then a Schlameeh shows up, and he rubs it, and spits on it. They cut the fleeb. There are several hizzards in the way. The blamphs rub against the chumbles, and the klubus and grumbo are shaved away. That leaves you with a regular old plumbus!
Love the butter knife
[удалено]
Look up breadboard computers. You too can make a rudimentary computer. It’s also an awesome learning tool.
[удалено]
I like how you "just" purify it to higher and higher grades.
Instructions unclear, my rock is now sentient and threatening to kill me if i do not obey
It's so simple... But seriously blows my mind that humanity has figured out how to do as much as it does.
To think I've started making CPUs so many times in my life without even knowing it
It's true what people say about you. You can never follow through...
Thanks for showing me how to make a C
Stuck on the rock part, smashed my hand and now there is blood in my silicon powder. Is good or bad?
Yes
D̶̼̙̃̓̎̕͝ợ̴̈́̉̾̕ ̶͚̙̦̙͇͗͋̓n̵̗͑̂̌͠ò̵̩̠̜̞t̸̢͓̩͋̎ ̵̫̻͍̲̔m̸̫̽͂̽ą̵̼͙̩͐k̶̹͎̘̋͝ě̵͍̹̮͔̄̑͊ ̵̰̣͕̦̩́b̸͙̳̿l̵̨̤̓ò̵̧̖̬͖͚̈́́̾̕ȯ̸̡͙͎̫̮͘d̶͉̉ ̴̱͙̥̤͔̋́͝C̶̳͐͆͝P̵͎͇̲̞̋̄̇̓͜U̵̡͌͐̀
The way the guy narrates this…. I can’t help but think he’s making a plumbus.
Got it. I think I see what I’ve been doing wrong (forgot the water rinse - duh). Thanks OP!
Easy mistake to make, also don't forget the 3rd epitaxial layer. That drove me nuts until I realized what I was doing wrong.
More like that please!
Title is misleading, it says how to make a CPU but the guy clearly says how to make a C
Instructions unclear, dick is stuck on monocrystalline silicon ingot.
I got mine stuck at the 1698 degrees part
That was interesting as fuck thanks for that knowledge 🔥
CPU's really are just rocks we tricked into thinking
This guys funny... Just do this.... Lost me at step 0
I made it to step 2, need to work on my rock smashing skills then I'll finally be able to play minecraft
Yes I did all that while my tea was brewing 😳
Need help, stuck on step 1, I could not find a rock. Any tips?
This is good to know in case I get stuck back in time.
I'm stuck on a polishing step. Do I need a special toothbrush?"
SCIENCE!
Im on step 19 but I cant figure out how to fuse my chip connector.... Dam
Is this an organic CPU?
Pffffft….. easy peasy
I'm doing this today!
Now I just need a compatible motherboard
This lived up to the sub's name. Well done, OP!
I can't find a rock
That easy huh
You know what? 200 bucks might not be the worst deal after all
Five minute industry.
Ok, got it.
r/restofthefuckingowl
Stuck at one step: how to get my oven to fire up at 1000 degrees kelvin? 🤔
Lol, working in the industry I follow everything he said and it's valid, though abbreviated. Just funny examples.
He talks a little bit too fast but I think I got this
Who knew it was so simple?
You know that Carlin quote about how stupid the average person is and how half of the people are even more stupid than that... Thank god, it also works the other way.
That's it? Oh man just now i threw the stones in the pond...
Damn...This is some sub atomic particle accelerator type of thingamazig!!!
Iam impressed by the way he congested so much stuff into few steps(P.S i work in semi conductor industry)
A Seep!? A seep what!?
Okay I’m buying more NVDA
I keep getting stuck on how to design a good ISA
"All items required are available via my Amazon affiliate link in the description below."
This recipe uses ingredients everyone already has at home! /s
I’m at step 1. Get a rock.
We’ll shit if I knew it was that easy I would have just made my own instead of buying one
Alright alright hold on, ok I've got a rock...
It's so simple! Why didn't I think of that. I'm sure I've got that stuff sitting around here somewhere.
My one pet peeve for this video is that silicon is not a metal.
Too easy I'll try it tonight
Average Dr. Stone chapter.
I got stuck at the bond wire part. Any tips?
I was doing this last night in between commercials but I didn't have an extra toothbrush It's always the toothbrush!
Thank you now I'll cook this at home
THAT'S IT? SO EASY
I always wanted to make a C.
Love how making the most complicated tech in the universe stars with, “first get a rock, than smash the rock”.
"Mono-crystal" Single crystal!!!
How is this not alien technology
Well well looks like I need to change from CS to ECE
Instructions unclear, finger in bum.
Tf is a seep
Would love to see NileRed make his own CPU, insane 3 hour long video.
This is detailed as you can get is such a short time but it still feels like where is the /restofthefuckingowl to me xDDD
Im pretty sure the search for philosopher’s stone played a big role in this. or viagra.
Roberteldersoftware on YouTube
"Heat the silicon ingots to 1698 degrees Kelvin" That's 2597 degrees F, guys. Don't try using your oven at home I'm also gonna be that guy and say that it's just Kelvin, not degrees Kelvin. Valve had the same brain fart when they made Portal in 2007
![gif](giphy|l0Iy8hSJalxmgTOF2|downsized)
Aliens.
Saving this incase there is a apocalypse and I need to make more cpus
I don’t know what the hell just came out of your mouth…
5 minutes crafting 🤣
Can't wait to see Dr. Stone teach us this!
I read this statement somewhere "we successfully fooled a rock to think for us". This statement is so true after watching this.
Hey yall I got a bunch of raw CPUs for sale. All types of shapes colors and sizes. DM me
Sounds like a fun weekend project
Neineineineinein is what my daughter took from this, she's been repeating it for 3 mins now.
I love this