

That’s what Spain’s investigation thought was most likely


That’s what Spain’s investigation thought was most likely


Honestly, this just exposes how bad the author is at math.
Like congratulations, you’ve heard of a linear trend line, surely all systems can be modelled with nothing more than an unchanging straight line right?
I hope nothing but the worst for Tesla, but this kind of guffawing at the most basic possible extrapolation just makes the author look dumb.


To prevent the literal unpredictable madman neighbour with a mortal vendetta against you from getting a nuclear reactor.
Also, Russia already has super cavitating torpedoes, and there’s not necessarily that much to learn from their pieces after impact.
Not saying a limpet mine isn’t likely, but this also feels like exactly why SK is developing those torpedoes.


It could have been Ukraine, but Ukraine does not have super cavitating torpedoes, so if that’s the case the reporting on those and the shape charges must be wrong.


Let me just leave this here:
South Korea’s ADD showcases new Supercavitating Torpedo at MADEX 2025
ADD said that the development of this supercavitating torpedo is currently about two-thirds complete, and that after further maturing the torpedo’s stabilization control technology, it will finally secure the design and testing technology of the test body.
…The MRXUUV (Mission Reconfigurable eXtra-large Unmanned Underwater Vehicle) currently under development by ADD could serve as testbed.
According to an interview with the ADD chief researcher, the supercavitating torpedo displayed at MADEX 2025 is an actual tested torpedo, designed in size to fit in a UUV, capable of being guided (in the initial phase of the launch, at low speed), and is being developed to sink enemy main surface ships with ultra-high-speed kinetic energy without a warhead.
The publicly released timeline doesn’t line up, but the motivations do.


Removed by mod


I mean sure, but that’s an argument against where you locate data centres, not necessarily to stop them entirely. i.e. evaporating that water is a problem in a region that’s already over populated and doesn’t have enough water


It doesn’t just disappear. It falls back to the ground.


The danger of an over simplified model.


A joint and a pipe are very similar.
A bong is the same thing but you can smoke way more at once so it hits you harder and faster.
A blunt is basically a giant joint but it’s wrapped in tobacco paper so you get a little extra tobacco buzz alongside the weed.
The biggest difference with edibles is that because you eat them and they have to go through your digestive system (rather than through your lungs), there’s like a 45m delay before you feel anything. That means is really easy to eat some, think ‘i don’t feel anything, I should double up my dose’ and then get way too high.
That being said there is also evidence that when cannabis is processed through the digestive system there are enzymes that turn them into different cannabinoids, so you edibles probably do genuinely produce a slightly different high


It’s not generational, its proportional to how brain-rotted you are.
The more time you spent scrolling mindlessly, or doing some other brain rotting activity, the more your brain defaults to that reward path and makes you crave it and the more you do it.
But there are tiers to the activities you choose to do and how they rot or don’t rot your brain:
Tier 1:
Tier 2:
Tier 3
Tier 4:
Everything is a spectrum, and I’ve known Pre-Boomers, Boomers, GenX, Millenials, and Gen Z who all have problems with Tier 4 (and lower) activities. Usually it’s a sign of other stress / unsatisfaction / depression (note that Tier 1 activities are the ones you tend to drop when you get depressed), but it’s really upsetting to see anyone when they seem unaware of how stuck in a toxic Tier 4 loop they are.


I do understand why the state wants to prosecute him
Because he exposed the state for being a massively illegal and corrupt pile of shit directly perpetrating crimes against not just the American public, but the world at large?
Like yeah, I understand why cartels kill informants, that doesn’t make them justified in doing so.


If you’re a user who grows up using one, and then starts following instructions on how to build one, when are you going to come across the word program?
It will be app, maybe application, saas software, functions a service, compute as a service etc etc. Hell what most people think of as an “app” is really a collection of applications all working together.


People at the University of Washington don’t refer to soda pop the same way as people at Berkley, or at MIT, or at Oxford. Why would they all have had the exact same term for writing software?
Edit: I’m being argumentative, I honestly have no idea what term was common then. At that point most people I knew referred to it as “computer stuff”


It’s probably predominantly because of the switch to mobile computing / smartphones / web being dominant, and everyone referring to programs there as “apps” / applications.
i.e. If you write a mobile app with a function-as-a-service backend, you will never compile what someone would refer to as a “program”, so calling yourself a “programmer” (as-in, someone who makes programs) feels inaccurate and a not helpful description for people. “Coder” (as-in, someone who writes code) is a vaguer in terms of the type of code you write and more accurate in terms of what you spend your time producing.


Also anyone writing scripts, or even just using stuff like AWS Lambda / functions as a service, etc. etc.


In your specific circles.


… try it now.


It’s honestly worth keeping the principle behind crumple zones in mind with everything:
If energy can go somewhere else, then less of it will be transferred to what matters.
For cars, the energy going into bending and breaking the materials of the crumple zone then doesn’t get transferred to the interior compartment.
For Xbox controllers, they’re designed so that when they drop, the batteries shoot out and go flying, which means less energy goes into the controller shell and internals.
And with a lot of laptops these days, you’re seeing the actual toughest, most survivable ones not be built out of heavy rigid metal and glass like Apple does, but out of light flexible aluminum composites. A) they weigh less so there’s less potential energy involved in a fall, and B) some of the energy gets transferred into bending the shell which will then snap back to form.
Yeah, no one in here is claiming they know 100% who did it.
But it would make sense if SK did. They have the motivation and potentially the means.