27 chrome tabs? Nah mate, you should see my 15 Vivaldi workspaces with between 10 and 78 tabs each.

When I started getting nose hairs. Now I pluck those suckers and they bring anything else out with them.

I should also point out that when I get my hair cut, the barber also does a wax removal.

Counter point: KiCAD

Yes I know it’s schematic capture and PCB layout, but I’m giving it as an example for two reasons:

1. The UX is genuinely really good and easy to use even for a novice following YouTube tutorials because it follows the norms of a schematic/PCB software package you’d expect to pay for (OrCAD, Altium, etc.)

2. It’s open source and used in industry so GIMP and Inkscape have ZERO excuses for their horrific UX which is the prime reason industry professionals don’t want to spend an age re-learning all of their workflows.

There I said it, I’ll get down off this soapbox now.

cough Inkscape cough …

Why are y’all looking at me like that?

Historisch relevanter.

Cry some more Tim Apple.

[Dr. Who meme format]

Is AI bad?

It Depends. Large corporate AI hosted at a data centre that consumes a nuclear reactor’s worth of power and a lake’s worth of water for cooling for the purpose of generating slop stolen from Artists and Writers? Yes.

Locally run embedded AI designed for a specific task to automate small processes or enhance the UI experience with little cost to local computing resources because it’s been properly optimised? No.

I don’t know that- AAAAAAAAAAAAAAHHHHH

(Gets tossed into the air and into the Gorge of Eternal Peril)

This is why you have to factor in the airspeed velocity of your laiden and unlaiden swallows pigeons.

Are you tired? You sound tired, don’t you think you need a lie down?

Russia isn’t listed.

Mathematically yes. Practically, right now? No.

So you need a resistor of this value for your widget.

For that many places of precision you’re looking at a potentiometer with a 10 nano-ohm precision.

I am not aware of any commercially available resistor that can do that but you could create one using microelectronic structures used for ICs and derive a 10 nano-ohm resistor by design and then chain enough of these elements into a resistor network or potentiometer to create the super precise resistance value you want.

Cool, congratulations.

Now how are you going to use this 10 nano-ohm resistor? What voltage will you be applying across it? What current do you expect it to handle? And therefore what are your power requirements? What are your tolerances, how much can the true value deviate from the designed ideal?

Because power generates heat through losses, and that will affect the resistance value so how tightly do you need to manage the power dissipation?

How will you connect to this resistor to other circuit components? Because a super precise resistor on it’s own is nothing but an over-engineered heating element.

If you tried connecting other surface mount devices (SMDs) from the E24 or even E96 series to this super precise resistor then the several orders of magnitude wider tolerances of these other components alone will swallow any of the precision from your super accurate resistor.

So now your entire circuit has to be made to the same precision else all of your design work has been wasted.

Speaking of which, now your heat management solution now needs to be super precise as well and before you know it you’ve built the world’s most accurate widget that probably took billions of dollars/euros/schmeckles and collaboration from the worlds leading engineers and scientists that probably cost more time and money than the Large Hadron Collider.

Sword Art Online Abridged.

Sir, please stop recommending crack to cure OP’s smoking addiction.

I can only speak for the UK and from a amateur perspective but here’s the rough breakdown:

90% of the time it’s likely a private pilot that’s wandered into a restricted airspace without realising it. Or a faulty radio or navigation equipment or a medical emergency. They’re politely escorted out.

9.9999% of the time is an adversarial nation testing the response time of the quick-reaction force defenses. They’re politely but forcefully escorted out. Maybe some insults traded over the radio but that’d be about as heated as it gets.

0.0001% they pose a threat and refuse to be escorted out. At that point it’s basically the same thing of asking “what would happen if someone climbed the fence to the White House and towards it and when the secret service pointed guns at them didn’t stop, would they get shot?”

It’s the pilot’s call at that point, but if they posed a threat to life then yes they probably would shoot them down.

Edit: there’s probably a ridiculous amount of zeros I’d need to add to the last point to indicate how unlikely it is but I can’t be arsed to add that many. Basically you might as well round down to 0%

+1 for bitwarden as well

Unfortunately these buffs don’t stack. And the effect only works when constructing large enough engineering feats where people have to look straight up to see the whole thing.

I’m wondering if they’ve had the timing belt or clutch replaced.

Not quite sure what the human equivalent of those would be.

Yeah but it’s not a proper lubricant and you shouldn’t use it as one. It’s a swiss-army knife: great in a pinch for a number of things but you wouldn’t want it to replace your whole tool box.

Nope not that, they claim it’s a lubricant.

It’s not a lubricant, it’s a penetrating fluid. Yeah ok it can act as a lubricant for a short while but you’d use it on parts that should be lubricated that have seized together to get them moving again so you can apply lubricant.

So they’d get done for false advertising.