Ok I’ll do it. I’m here from hot, I’ll admit it. Can you explain this to me in language I’ll understand? I have just a little understanding of programming but decent comprehension skills.
LK-99 is a room temperature superconductor. It’s a big deal, because it means that energy can be transferred with 0 loss and it doesn’t require loads of cooling to maintain that property (unlike “traditional superconductors” that need liquid nitrogen and other cooling to have that property). An analogy would be like if you got paid all of your paycheck all the time instead of having taxes taken out. The money you get paid is energy and the loss is taxes
There’s controversy that LK-99 can’t be replicated
Going over to the programming side, sometimes you’ll work on a feature and when others go test it, it doesn’t work. A common excuse heard is “well, it works on my machine”. Docker containers solve that problem by essentially (but not really) making a copy of “my machine” and letting people run the program/feature on that copy
So the joke is, if the korean researchers were able to create it in their lab environment (their machine), why don’t they just make a copy of their lab and let others use it
this is a very gross oversimplification, so feel free to suggest any corrections
LK-99 is allegedly a room temp superconductor.
I think it's a mistake that got amplified by fraud at other locations.
And not everyone was on board of publishing that paper yet (even tough the research has been going on since 1999 - theirfor LK-99)
Science x Capitalism
Is Korea capitalist?
Ever heard of "Samsung"
South Korea is capitalist, North Korea is socialist. People often refer to SK as just Korea either as a statement on the legitimacy of the DPRK or simply because South Korea is far more globally relevant.
If you know what a virtual machine is, a docker container is like a virtual machine that has a curated environment for running a specific program.
To get more technical, they are distinct from VMs in that they share the host machine’s kernel, so they are not as isolated as a VM. Docker (the program used to build or deploy Docker containers) has an internal network it manages, mostly automatically, which contributes to the ease of deploying containers and having the curated environment that makes containers work out of the box on whatever host they’re deployed.
So let’s say you wanted to run a Wordle clone website. You could find a “docker-compose” file online, change the configuration parameters to your liking, tell Docker to boot it, and the application and all its dependencies will be downloaded and built into a ready-made server with Wordle, the same as it works on every other machine with Docker.
Thanks this is great and I understand it.
Docker containers in programming are reusable environments. Basically instead of manually setting up an operating system environment from scratch - you give your program this extra layer where you specify each and every thing that will be on the environment.
If your program was always tested on windows 10 instead of windows 9 - you basically have a way to guarantee it always has windows 10. If your program always used x version of Linux a boom, guaranteed. It adds some complexity but reduces and removes randomness from the concept of deploying applications you’ve created.
Very nice, added info on how it affects deployment. Thanks!
Ok I’ll do it. I’m here from hot, I’ll admit it. Can you explain this to me in language I’ll understand? I have just a little understanding of programming but decent comprehension skills.
LK-99 is a room temperature superconductor. It’s a big deal, because it means that energy can be transferred with 0 loss and it doesn’t require loads of cooling to maintain that property (unlike “traditional superconductors” that need liquid nitrogen and other cooling to have that property). An analogy would be like if you got paid all of your paycheck all the time instead of having taxes taken out. The money you get paid is energy and the loss is taxes
There’s controversy that LK-99 can’t be replicated
Going over to the programming side, sometimes you’ll work on a feature and when others go test it, it doesn’t work. A common excuse heard is “well, it works on my machine”. Docker containers solve that problem by essentially (but not really) making a copy of “my machine” and letting people run the program/feature on that copy
So the joke is, if the korean researchers were able to create it in their lab environment (their machine), why don’t they just make a copy of their lab and let others use it
this is a very gross oversimplification, so feel free to suggest any corrections
LK-99 is allegedly a room temp superconductor.
I think it's a mistake that got amplified by fraud at other locations.
And not everyone was on board of publishing that paper yet (even tough the research has been going on since 1999 - theirfor LK-99)
Science x Capitalism
Is Korea capitalist?
Ever heard of "Samsung"
South Korea is capitalist, North Korea is socialist. People often refer to SK as just Korea either as a statement on the legitimacy of the DPRK or simply because South Korea is far more globally relevant.
Excellent, thank you for nailing it!
If you know what a virtual machine is, a docker container is like a virtual machine that has a curated environment for running a specific program.
To get more technical, they are distinct from VMs in that they share the host machine’s kernel, so they are not as isolated as a VM. Docker (the program used to build or deploy Docker containers) has an internal network it manages, mostly automatically, which contributes to the ease of deploying containers and having the curated environment that makes containers work out of the box on whatever host they’re deployed.
So let’s say you wanted to run a Wordle clone website. You could find a “docker-compose” file online, change the configuration parameters to your liking, tell Docker to boot it, and the application and all its dependencies will be downloaded and built into a ready-made server with Wordle, the same as it works on every other machine with Docker.
Thanks this is great and I understand it.
Docker containers in programming are reusable environments. Basically instead of manually setting up an operating system environment from scratch - you give your program this extra layer where you specify each and every thing that will be on the environment.
If your program was always tested on windows 10 instead of windows 9 - you basically have a way to guarantee it always has windows 10. If your program always used x version of Linux a boom, guaranteed. It adds some complexity but reduces and removes randomness from the concept of deploying applications you’ve created.
Very nice, added info on how it affects deployment. Thanks!