To be fair, your username kind of suggests you want to look inside everything anyway

Totally valid, I love Apple trackpads, makes PC laptop trackpads pale in comparison

Having used Apple computers since the Apple II+, I think I’m allowed to say that the vast majority of Apple’s mouse designs have been utter trash. The one that I might give a pass to is the ADB Mouse 2. I’m not expecting Apple to change the habit of a lifetime by designing a comfortable mouse.

I’d forgotten all about Google+ until you made this observation

About how far does this leave us from a usable quantum processor? How far from all current cryptographic algorithms being junk?

That may well be the thing I’m looking for, thanks for the pointer!

You don’t understand because I didn’t state why 😅 I have enough time and energy to set up and manage containerised applications. 20 years ago I might have had the drive to set up a local dev version, manage the dependencies and set up local init scripts, but not anymore.

KDE Connect is a great idea, thanks!

BTRFS, wasn’t that Dennis Rader 🤔

Disclaimer: I have nothing more than a secondary education level of physics and a keen interest in physics in general.

It’s common scientific belief that all physical forces are backed up by a field, for example, magnetism by the electromagnetic field, gravity by a gravity field. It would follow that the strong and weak nuclear forces also have corresponding fields.

For a disruptor to work as seen in fiction, you’d probably be looking to disrupt the weak nuclear force, and would need a mechanism to locally change the properties of the corresponding weak nuclear field.

I don’t know if there is such a mechanism available to us currently. Hopefully someone else has a definitive answer.