Most of this is just marketing crap from Anthropic.

Finding vulnerabilities in code and generating complex, multistep exploits with publicly available models is possible now. This biggest hurdles now is setting correct context and actually knowing what to look for. Any “guardrails” for this behavior are easily bypassed by framing the detection and exploit generation as a valid dev style question in the most difficult of situations.

They likely just trained a model without guardrails in this case.

What they are doing here is over-hyping a problem and framing it like they are the only ones with a solution. LLM security issues are more in-focus now that companies have dumped a ton of resources into building AI systems they don’t really understand.

Confirmed or not, get better sources. Equipment damaged in a war is completely plausible and even inevitable. Propaganda is also inevitable, from either side of a conflict. In this case, an Indian source has proxied state news meant for Iranians.

Trying to sort out their mix of AI slop posts from legit unbiased news isn’t worth my time, even if the news is proxied by another source. (Indian news is generally shit as well, I just ignore that by default. If you actually want extreme sensationalized trash, then good on you.)

Tehran Times would probably also claim that they lead the world in women’s rights and free speech.

It’s probably just a rogue hemorrhoid that will just add more stress. Sorry.

Nobody said anything about taking a shower.

Companies these days do what is right for their shareholders and if Claude makes money, or appears to make money, then the shareholders are happy.

The art of war is extremely complex and there is no way to cover everything in one Lemmy comment.

However, I can summarize: An attacker or defender simply needs to prevent the opposing side from being able to support a war.

While there are thousands of different things that can support war, it usually boils down to raw manpower, food/supplies, weapons, energy, logistics and communications. Failing to defend, or not having the capability to replenish/repair those things is usually a quick game-over as those items are highly dependent on the other. Anything that supports those key items is a target of the enemy, so those are the things that are stockpiled, fortified or should be rebuilt quickly.

Harmonic frequencies are more likely to be an issue.

If you have an antenna transmitting at 2.4ghz, you will also see subharmonic bumps at 1.2ghz, 800mhz, etc. A receiver at 800mhz could potentially get “washed out”, or overpowered, by a 2.4ghz transmitter that is too close simply because of subharmonics.

Transmitters aren’t perfect either. While you can get really strong transmissions at very specific frequencies that can propagate really far, electronics resonate at many frequencies and that resonance will make it to a TX antenna as noise.

Unless the antennas are designed to work together, you shouldn’t put them that close together. (I am also speculating that in extreme cases, a weird configuration like that could detune the transmitter antenna in a such a way that it would blow out the transmission circuit. I dunno about that though.)

Air, water, AIO, whatever. If it cools well, use it. I just prefer AIOs and there really isn’t any maintenance, was my main point. There are always tradeoffs between AIO, air or a proper water rig, so there is that. (Fans are crazy quiet these days, but when I made the switch, it was mainly for noise. I always run an overclock, so my fans were always hauling ass which probably isn’t needed now.)

Ultimately, I prefer AIOs for the way airflow is managed. It’s not better or worse than air in many instances, but I like working with a radiator rather than a chonky heatsink.

I cannot disagree though: zero maintenance is better than maybe-maintenance. Like I said, it’s about tradeoffs. (I can still make my PC sound like a fucking jet engine, though. Noctua server fans kick ass.)

I have been exclusively using AIOs for years now. Generally, by the time they need maintenance, its already time for a major hardware update and rebuild anyway. That is, of course, if it is serviceable. This depends on the quality of the AIO you buy, TBH. I had a first-gen Corsair AIO start to get audible air bubbles on startup, but it’s long since been recycled.

I am sure other people have some kind of horror story about an AIO leaking or something, but in general, they don’t really need to be maintained if it actually is a sealed system.

Idiocy.

The ones I have been in do. Dunno if it is a standard feature though.

1.03672557568?

Vyvanse wasn’t a pleasant experience for me. It felt like it crushed all of my dopamine receptors and life got really boring, really quick. (Obviously, this isn’t everyone’s experience, but it was mine.) It took a few weeks for my brain to recover.

I didn’t try switching because I wanted to (adderall works just fine for me), it’s because the adderall supply was low in my area for a bit and I wanted it find an alternative.

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I agree with the comments on this forum (https://www.thehighroad.org/index.php?threads/mushrooming-22-lr-case-heritage-rough-rider.891807/) that the cylinder could have a machining defect. (Basically a headspace issue, also but kinda not. The cartridges are sitting too deep in the cylinder itself.)

If there is room for the brass to get pushed back far enough for it to mushroom out, something is seriously wrong. The issue could manifest from a machining error as small as 5-10 thou, I am speculating.

My first thought was excessive chamber pressure, but the bulging would be much worse around and behind the rim itself if that were the case.

The bullet and the brass get pushed in opposite directions and if the brass can move, it will move before it deforms. If it deforms, it’ll deform at the weakest spot first, like we see in your pic. (Excessive chamber pressure tends to expand the brass and lock it in place. With center-fire, it’ll blow the primers out or have a hole punched in them from the firing pin first. With rim fire, the pressure pushes back on the rim.)

Also, check for excessive slop with the cylinder. If it can move forwards and backwards too much, that could also telling of issues with other parts of the gun. (Like I mentioned before, it doesn’t take much for a gun to be out of spec enough to cause issues with brass.)

Uh, the cat says its 9:15.

Mixed theories on that, and most are older.

On earlier computers, I had several ICs walk themselves out of sockets due to repeated thermal expansion cycles. Keeping the computer turned on eliminates most of that.

Mechanical wear was another problem. Booting a computer was extremely taxing on old HDDs and floppy drives.

Edit: Mechanical stuff also takes much more power to spin up and get running. The energy savings might be measurable if you just kept a computer running and didn’t power cycle it everyday.

Most power supplies are really well designed now but they had a tendency to spike power briefly in when turned on. This was especially bad for older capacitors but also not healthy for the ICs. This still happens to a degree, but it’s not an issue.

Now that boot times are reasonably fast and most everything is solid state and power managed really well, turning a computer off is fine.

However, I just assume most electronics now just go into some type of deep sleep mode unless fully disconnected from any power source. That likely isn’t true in many cases, but I consider it healthy level of paranoia.

Dopamine regulation as a whole could be considered “Dopamine Responsibly”, the way I see it.

I doubt he got bored. That mechanical hand probably felt like someone else’s until the nerves fully adjusted.