Discovery of oxygen.
Stop breathing my proprietary gas!
My time zones! Not yours!
My special ï makes all i’s mine or I’ll sue you into bankrupt poverty.
I own slurred accent (n + 1) and anyone speaking in said accent must cease and desist
The thing with cognitive dissonance is also a bit more subtle than just the duality of conflicting beliefs. It can often arise from unidentified conflicts that are outside of your conscious self awareness.
One that I am familiar with is religion. I knew a whole lot about the bible and christianity growing up. From an early age I halfway knew things like how, when I looked at road cuts through bedrock, those layers hinted at deep time and held a story that wasn’t well alined with my beliefs. Then there was my love of dinosaurs as a kid and that too did not mesh with my religious narrative. Each little element of conflict was present on some subconscious like level, and my life became partitioned between this narrative belief system and evidence based reality. I had lots of peripheral consequences in life due to this building conflict, but I never allowed the core issue to come to a head in an attempt to rectify the disparity until I was around 30 years old.
Cognitive dissonance can also be dangerous and is a contributing factor in many crimes and heinous acts humans commit. Alternative expressions of individuality may also have an origin in cognitive dissonance. Identification of these underlying conflicts is reflective of a person’s self awareness and can help one improve one’s mental health by taking productive action to resolve inner conflicts after identification.
Linux is the kernel. The kernel is something most users rarely interact with or understand. The kernel is basically interfacing with your hardware specifically and then creating an applications interface that all software can interact with.
So let’s say your computer has a small auxiliary board inside that your USB ports are connected with. Your mouse is plugged into that USB port. The auxiliary board has this random Infinion chip that creates the USB hub. The kernel’s job is to figure out how to use that Infinion chip and make a connection that is the same for all software to interface with. Your office suite or internet browser never needs to know how to interface with that infinion chip or any other specific hardware.
Windows has a micro kernel architecture. They publish a static spec for hardware manufacturers to write their own drivers for and the user must find and add them manually.
Linux is a monolithic kernel architecture. All kernel modules (drivers-ish) are included in the kernel itself and maintained by the community. The vast majority of hardware issues that happen in Linux are due to undocumented hardware; meaning there are no datasheets describing how the device works or how to program it. Undocumented hardware is due to seedy companies stealing IP and trying to hide it, and manipulating the market in an attempt to steal ownership from the end consumer while profiting from stagnation by selling old products while they lack engineering innovation and competitiveness in an open market. Soapbox over. The wonderful folks over at Debian are the ones that reverse engineer a lot of this stuff and make it work with Linux regardless of documentation.
Anyways, the Linux kernel is just part of the puzzle here. You can configure and compile your own custom kernel. Gentoo makes that quite easy to do for advanced users. Fedora has a nice guide I saw recently as well.
All CS students learn how operating systems work using Linux. There are lots of people who make their career in parts of Linux.
By itself Linux is basically just a terminal/command line. All the pretty graphics stuff requires other stuff like a DE.
The issue of initial scope complexity that you’re facing is really common. All of the distros have a purpose. They are not just branding or team sports. All of these distros are made by packagers that each have their own methodologies and preferences. Most of these differences can create compatibility issues, especially if you do not understand them. However, all of the packagers are building on top of a similar base of software.
When some one says you can just swap this or that outside of the packages configured by the distro maintainers, they are implying you have the same experience and understanding about the distro configuration and packages as the maintainer and a full understanding of a POSIX system, or they are just a fool, or happened to have success after following someone’s tutorial one time in a virtual machine. Few general users keep updating stuff like this over time. They just switch to a prepackaged distro that has the DE they want. The exception to this rule are savant types or people with no life or peripheral interests. Most of these people gravitate to Arch (and talk about it too if they are trolls), or use Gentoo where everything you do is configurable and made to compile yourself easily. The epic route is to do a Linux From Scratch build.
The best beginner’s route is to give up our ancient old mod a civic to pretend-street-race culture and just use the vanilla experience. Ubuntu is a lot less popular now. Fedora is the new Ubuntu, while Mint is the goto if you want a Debian derivative or to game. Fedora is pretty well dialed and handles secure boot well. SB is outside of the kernel, so is a thing that distro packagers either provide or don’t.
KDE is kinda like Windows. Mint has KDE and Fedora ships a KDE version too. I recommend just doing gnome, it seems a little funny at first, but it is well designed and intuitive. There are some headaches in the learning curve but it is not hard IMO.
You can’t call Apple if you don’t have a phone finding phone.
I’ll have whatever the OP is smoking…thanks
There are more advanced ways to find a radio based on its emissions, but I believe that kind of test equipment and tech is well outside the scope of this question.
Comes up and puts a paw on my arm or leg, but only when she feels the problem is serious. It could be water, food, liter box, or just a notion that I need to give attention due to hours working on some project or something; usually when I’m seriously hurting or sleep deprived. I’m always present, only ever leaving for doctors or a physical therapy routine. I’m accessible for both cats most of the time. The older seems to intuit not to abuse the gesture or use it often. When she does put her paw on me like that, I always look into the issue, so we’ve developed it as a form of direct communication that seems to work. I didn’t train her to do this, I did however train her to be quiet using positive reinforcement. We got the older cat about 6 months after I was disabled, so we’ve been through a lot together in the last 10 years.
WiFi to rick roll:
WiFi to replace all images by proxy:
Seriously Red Team:
Capitalism is also an acknowledgement of the true complexity of the world. No overarching human authority can encompass the true complexity of human enterprises. We simply lack the cognitive scope to manage at all scales without some forms of natural selection in play. Real competition drives people like no other force.
It is a terrible system, but there is no chance that a concentration of power in an alternative system will be better for the average person. Broad scale and scope altruism is not a long term successful form of governance. It is like the best form of governance, altruistic monarchy. However it suffers the same fatal flaw of a succession crisis. The naïveté of idealist is a recipe for authoritarianism.
No one loves capitalism. If they are intelligent, capitalism is the lesser of evils in the big picture. The alternative is a return to monarchy or feudalism in our conflict strewn past… IMO
I hate capitalism BTW. I don’t think we are there yet, but I think AGI is our best chance at a broad scale idealist future alternative. An entity that can never die and can plan long term with scalable and nearly infinite attention is the kind of manager that can achieve what we are empirically incapable of achieving. The systems it will take to institute and protect such an AGI are enormous, critical, and unlikely to get it right the first time, but the outcome is inevitable IMO. We will likely never see such a future in our lifetimes, but it will happen eventually. It will start by politicians either publicly or secretly deferring their policy and decisions to an AGI entity. Corporate offices will do the same. Humans can not compete with a true AGI when such a system emerges. We simply lack the cognitive scope and persistence. At present, AI is still orders of magnitude away from AGI. At the present the building blocks required are already in play. We can build a stacked stone wall and a house, but we need a palatial fortress, and that is still a big ask.
Capitalism sucks for all but a small elite. However, capitalism has an effective hook for people to oust bad actors through a entirely separate government. Such separation and protection does not exist when the government is expected to play some major management role in the market. If the government is such an authority, it will devolve into authoritarianism because nearly all humans are corruptible. There is nothing more dangerous than trust in others to do the right thing. Someone will always take advantage of the opportunity to exploit and pillage their neighbors when they can get away with it. Capitalism is hated by everyone but fools. It is just hated slightly less than succession crises and authoritarianism.
It is half okay, but only if they are not getting paid to screw up your results. It is a coup against democracy where freedom of information is freedom of the press and is an entire fundamental pillar of democracy. Google’s entire business model has always been neo feudalism. A web crawler and search engine is like a library, it must be neutral, objective, and publicly funded as a non profit. Much the same with YT, it is our digital public commons and the most efficient form for information sharing in the primary form of human communication.
The unfried crust and/or lack of a cheese like petroleum derivative ring in the periphery is unamerican
It is not super common to impregnate on first offense, especially if you were her first child. You can count the days backwards from your birthday to see when it happened. If you were the first child, you may have been a day or few late.
Growing up, I found it funny how many of my friends happened to be born in the first week of September… Happy New Years. There is often, not always, but often some correlated reason why they were free to screw around too much.
Multi threading is parallelism and is poised to scale to a similar factor, the primary issue is simply getting tensors in and out of the ALU. Good enough is the engineering game. Having massive chunks of silicon laying around without use are a mach more serious problem. At the present, the choke point is not the parallelism of the math but actually the L2 to L1 bus width and cycle timing. The ALU can handle the issue. The AVX instruction set is capable of loading 512 bit wide words in a single instruction, the problem is just getting these in and out in larger volume.
I speculate that the only reason this has not been done already is because pretty much because of the marketability of single thread speeds. Present thread speeds are insane and well into the radio realm of black magic bearded nude virgins wizardry. I don’t think it is possible to make these bus widths wider and maintain the thread speeds because it has too many LCR consequences. I mean, at around 5 GHz the concept of wire connections and gaps as insulators is a fallacy when capacitive coupling can make connections across all small gaps.
Personally, I think this is a problem that will take on a whole new architectural solution. It is anyone’s game unlike any other time since the late 1970’s. It will likely be the beginning of the real RISC-V age and the death of x86. We are presently at the age of the 20+ thread CPU. If a redesign can make a 50-500 logical core CPU slower for single thread speeds but capable of all workloads, I think it will dominate easily. Choosing the appropriate CPU model will become much more relevant.
Mainstream is about to collapse. The exploitation nonsense is faltering. Open source is emerging as the only legitimate player.
Nvidia is just playing conservative because it was massively overvalued by the market. The GPU use for AI is a stopover hack until hardware can be developed from scratch. The real life cycle of hardware is 10 years from initial idea to first consumer availability. The issue with the CPU in AI is quite simple. It will be solved in a future iteration, and this means the GPU will get relegated back to graphics or it might even become redundant entirely. Once upon a time the CPU needed a math coprocessor to handle floating point precision. That experiment failed. It proved that a general monolithic solution is far more successful. No data center operator wants two types of processors for dedicated workloads when one type can accomplish nearly the same task. The CPU must be restructured for a wider bandwidth memory cache. This will likely require slower thread speeds overall, but it is the most likely solution in the long term. Solving this issue is likely to accompany more threading parallelism and therefore has the potential to render the GPU redundant in favor of a broader range of CPU scaling.
Human persistence of vision is not capable of matching higher speeds that are ultimately only marketing. The hardware will likely never support this stuff because no billionaire is putting up the funding to back up the marketing with tangible hardware investments. … IMO.
Neo Feudalism is well worth abandoning. Most of us are entirely uninterested in this business model. I have zero faith in the present market. I have AAA capable hardware for AI. I play and mod open source games. I could easily be a customer in this space, but there are no game manufacturers. I do not make compromises in ownership. If I buy a product, my terms of purchase are full ownership with no strings attached whatsoever. I don’t care about what everyone else does. I am not for sale and I will not sell myself for anyone’s legalise nonsense or pay ownership costs to rent from some neo feudal overlord.
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Who wants to bet that a Boeing negotiator will get sent to handle the issue.
Some things are less important than you might think. A slave doesn’t worry about paying rent or buying new tools. So is slavery a useful convenient solution. The exploitation has a hook. Some people like living in the matrix.
Graphene has google play junk. I don’t touch it, but it is there.
Dickinson
I can’t imagine anyone being accurate in a world where a growing percentage of people are disconnecting from traditional media sources.
It is not democracy. This is the gutting of the US in favor of a neo feudal dystopia.
As someone that has learned FreeCAD/slicing/printing and someone that can set feed, speed, and sizzle bacon with a side of chips, I’m not as proficient/experienced with machine tools as I am with design and printing, but for the time I’ve spent doing both, the total learning curve is about equivalent in my opinion.
See, the thing is, with 3d printing functional stuff, you can’t just grab a file and print like this. It sounds plausible in theory, but it is honestly a recipe for a Darwin award when handling tiny explosives (primers technically are) like ammunition for firearms. This can be difficult for many people to grasp, but consumer 3d printers are accurate, but not precision machines. This constraint of accuracy without precision is important. In the most basic explanation, the movements of the printer begin by assuming a 0 (x) and 0 (y) position. All movements assume they are relevant to this 0,0 location and absolute. There is always variance in this 0,0 location.
If you get deep into the weeds, there are also several factors that make every 3d printer’s motion system unique to where two files will never print exactly the same between two machines. It does not matter at the tolerances of most parts people share, but this is usually at least 0.1mm-0.5mm tolerances. For something like a gun, or other precision mechanism, you really need a design tolerance of 0.01mm to 0.05mm. This kind of tolerance is beyond the capability of most cheap machines and beyond the kinds of tolerances that can be shared in files with other people and have any kind of relevance. The reason this matters is because the printed parts need to interface with external toleranced parts like the steel barrel. It is very possible to print these parts, but the technique requires skill. One could start scaling a part to try and solve this issue. However, in almost all cases, the X Y and Z axis will have different tolerance ranges that need to be accounted for in the design.
The actual functional way to do this requires designing your own parts. Most people that are sharing stuff like gun prints are really just showing off their chops. A fool might try and just print the stuff, but fools rarely get very far on their own. I might take such a file as a baseline to further play around with in design, but I am far more likely to place the part in FreeCAD and use it as a visual reference only while I rebuild the item from scratch. I can easily dial in 0.01mm tolerances, but I do so in reverse. I print many unit tests and adjust my design measurements until the test prints match my real world measurements. I’ve spent thousands of hours in CAD learning to design well. I can easily design something like a functioning gun. I do not support others doing so or showing off such content because I think it is irresponsible. This is why the general community consensus, and I banned (real) gun related content from !3dprinting@lemmy.world. I love functional printing and design at these levels, but the subject of guns is not conducive for a healthy general 3d printing community. Not to mention, it is the kind of thing some foolish kid might try without a full understanding of design, and accuracy versus precision.
Systems like a CNC mill use absolute position motion systems. With these, there is no assumed relative position; if the motion command fails to produce the specified movement there is direct feedback and error handling. Closed loop linear motion systems are far more expensive and/or difficult to realize. These are the basis of any real concern. The ability to print something truly robust enough to function like a gun is a matter of quite skilled learning and practice in the real world.
Justice is blind.
Ideality is not reality though, it is a somewhat useful abstraction, about like any of the sciences; where there is always a scope of application and limitation in the entropy of reality.
The terminology of a Justice system is the primary fallacy. It is a legal system and legislative governance. These are not equivalent. Even the concept of justice is extremely subjective to many factors and perspectives.