• 0 Posts
  • 46 Comments
Joined 1 year ago
cake
Cake day: June 16th, 2023

help-circle



  • Sure, I should have gone further.

    Systemd/GNU libc/GNU Coreutils/GNU BASH/Linux/X11//GTK/GNOME
    Systemd/GNU libc/GNU Coreutils/GNU BASH/Linux/X11/GTK/LXDE
    Systemd/GNU libc/GNU Coreutils/Zsh/Linux/X11/GTK/GNOME
    Systemd/GNU libc/GNU Coreutils/Zsh/Linux/X11/GTK/LXDE
    SysVInit/musl/Busybox/tcsh/Linux/csh
    Systemd/GNU libc/GNU Coreutils/Zsh/Linux/Wayland/QT/KDE Plasma
    Systemd/GNU libc/GNU Coreutils/Zsh/Linux/Wayland/QT/LXQT

    etc, etc.

    There are thousands of combinations of the possible layers needed to make an OS.




  • Mostly joking, but Farenheit is % hot outside.

    0°F is 0% hot. Jacket, pants, boots, scarf, etc.

    30°F is 30% hot. Shorts, but with boots & an unzipped jacket.

    60°F is 60% hot. Shorts, short sleeves, & sandals.

    80°F is 80% hot. AC recommended.

    100°F is 100% hot. AC or you’ll melt.

    120°F is Phoenix, Arizona, a city which should not exist and a temperature which should not exist.





  • Quantum mechanics doesn’t have “particles”, it has “quanta”. They’re fundamentally different things. Your intuition about particles does not apply to quanta.

    Think of light. You can shine a red light and a blue light on a surface at the same time. Even with a purely classical vew this gets modeled as a superposition (addition) of the intensities. That’s still wrong for how quantum superpositions work, those are adding the probability density functions of a propersty of the quanta, not the properties directly. But it’s closer.