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Joined 4 months ago
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Cake day: July 10th, 2025

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  • solomonschuler@lemmy.ziptoLinux@lemmy.mlWhy?
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    24 hours ago

    Came from windows laptop that I got about a year ago, before then I was running unironically chrome os. I liked chrome os for it’s Linux features. So when I did go from my Chromebook to a windows, it wasn’t as fun. I also didn’t like all the spyware on windows, and this was the time when I was removing myself from the internet as if I didn’t exist, So it was inevitable I would switch.

    The only reason why I haven’t switched earlier is because I am a university student (currently in electrical engineering) and I was concerned that I would be given an exotic application that my laptop cannot support on Linux. Then I learned the majority of students have macbooks, so if it doesn’t work for me it doesn’t work for them too. That’s when I made the conscious decision to switch from windows to Linux.

    Currently trying out fedora workstation, it is like the Mac os of Linux operating systems (and that’s a compliment).


  • I’ve been using fedora workstation for about a month now, you really can’t go wrong with it. It’s great for laptop, there are also ways to customize it to work with a desktop. I am running it on amd CPU/GPU, so i don’t know how well it works with nvidia and Intel, I know some distributions do a really poor job managing the drivers. I don’t use CAD, but I have done FPGA design and programming (C/C++) and it works great. Haven’t done much gaming, all I have is minecraft installed, I could imagine you can install steam on there as well. Hope this helps.


  • Madness. When I started using gdb in C it was lifesaver to find any runtime errors in my code. Coming from what is the shit of C compilation and runtime errors it saved what would effectively be hours of inserting printf statements to find the error.

    It depends how well a language specifies where the runtime error is occuring. I just get “segmentation fault (core dumped)” as my runtime error which could mean any for loop or iterattive sequence in my program.





  • solomonschuler@lemmy.ziptoScience Memes@mander.xyzDear God
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    4 days ago

    I didn’t fully understood the joke, my only understanding of episilon comes epsilon-delta proofs… I forgot that epsilon in that context measures the certainty of the “Infinitesimal” displacement in x. So when epsilon is really large everyone looses their shit as if the world’s going to collapse into a black hole. 😂


  • I try to avoid it, but ever since search engines have gone to shit, it has forced me to use it for debugging code. Stack overflow, r/Cprogramming, minimal articles on the specific issue, have ceased to exist ever since AI generation. And why should it? Why would a user post an issue (for example, on stack overflow) wait for a few days to get a few responses, when they could get an instant response with AI. Search engines have gone to shit so much, that My fathers startup company has issued a premium license for chatGPT because of how dead Search engines are.

    I hate it, I wish I didn’t have to use it, and yet this is my reality.





  • You seriously can’t go wrong with the lenovo thinkpads on eBay. I Got a thinkpad E14 ryzen 7 (7th gen), 48gb ram, 1tb ssd for $400 on ebay with a small hair crack on the hinge.

    At the end of the day, a laptop is a laptop, and the cost difference between a $2000 brand new laptop and a $400 used laptop there really is no argument/justification to be made to buy a $2000 laptop in less-intensive tasks. Here’s a better instance of your money: find a $400 laptop with semi-good performance (ryzen 3 or intel equivalent) put $1600 to a gaming computer and setup a virtual environment with a radeon or rtx gpu at your fingertips.


  • Idea have been summoned.

    Any type of decay, either that be uranium (U) strontium (Sr) thalium (Th), it is caused by an imbalance of radionuclide’s (protons and neutrons) in the nucleus. This is not to confuse with an imbalance of protons and electrons which changes the charge. Basically the nucleus wants to be balanced (IE: x amount of protons and neutrons). If there’s an imbalance of radionuclide’s in the nucleus, it will emit them as forms of radiation.

    There are three kinds of radiation that can be emitted by a radioactive isotope; alpha, beta, and gamma.

    alpha radiation is the heaviest of the three, containing two protons and two neutrons, it is also the weakest in penetrating power because of how much mass it has. You may have also noticed that alpha radiation takes the form of a helium nucleus from its proton-neutron count, that’s because alpha radiation is a helium nucleus!

    Beta radiation is comprised of two forms beta plus (B+) and beta minus (B-). B+ is a positron and it’s a very uncommon form of radiation. I think carbon-13 is an emitter of B+. B-, on the contrary, is an electron and is far more common/abundant across many radioactive isotopes. Th-204, is, approximately, a B- only emitter. U-238 is also a B- emitter.

    Gamma radiation doesn’t have any mass, and is light making it the most potent of the three.

    Now to answer your questions:

    “What happened to the respective electrons?” I think your confusing the difference of a helium nucleus and a helium atom, the helium nucleus indicates the number of neutrons and protons, it does not include the orbiting electrons of which the atom does includ. Alpha radiation is a helium nucleus not a helium atom

    “Does this mean that each uranium atom, with 92 protons, entirely splits into 46 helium nucleei or does it release some number of helium nucleei leaving another element behind?” I highly recommend looking at the U-238 decay chain wikipedia article, it Illistrates how the decay chain process actually works. To answer your question, U-238 releases a helium nuclei during its decay chain process leaving strontium-xyz (forgot the isotope name).

    “How does the concept of half life play into this?” Half-life states that for a given radioactive isotope how long does it take for that isotope to decay half of it’s initial quantity. I think for uranium-238 it’s 4.5 billion years or 9 billion years to fully deplete itself of any radiation.