It's overly simplistic to say that Clinton balanced the budget. While the 1993 bill raised taxes and reduced defense spending, there would not have been a surplus without further cuts driven by Republicans in 1997.
There was also the dot-com boom, which of course wouldn't have happened without Al Gore inventing the Internet.
The pattern is extremely clear. During my lifetime, the deficit had increased under Republican presidents and decreased under Democrats. This has held steady for decades. That’s the more important thing than the question of exactly why one of them managed to get it to zero one time.
This video is by the owner of Thermal Grizzly. They make thermal pastes and putties, but I think they're best known for their KryoSheet graphene pads.
Although I've never been conscious of pump out as a problem, and have never reapplied thermal paste, I did use a KryoSheet on a 9800X3D in my most recent build. So far, so good.
I built a PC in 2019 with a graphene pad. I have been too lazy to check its integrity. I rely on the lack of airplane sounds coming from my tower as indication it's working
And they talk in the video about how expensive it is now, because of gallium export restrictions in China, and that people shouldn't be using it because it's not cost effective. Only the most hardcore of overclockers should even do it.
Liquid metal needs to be liquid only when applied, to fill any micro-voids in the metal surfaces pressed together, of the CPU heat spreader and of the cooler heatsink.
After application, it does not matter whether it becomes solid, which is actually preferable, to diminish the risk that it would flow outside.
If you can get real Honeywell or Laird phase change TIM, they are well proven in long service interval industrial applications. I personally run a Laird 7000 series PCM on my 5800X3D as well as my laptop which originally had Liquid Metal.
> Although I've never been conscious of pump out as a problem, and have never reapplied thermal paste,
I’ve had problems with both pump out and other thermal paste aging problems.
The problem is very different across thermal pastes. Some of the high performance enthusiast market pastes I’ve used have started out great and then degraded until I was having problems a few years later.
My feeling is that the engineers and OEMs understand these tradeoffs better than the hobby market. All of those boring pastes that came in OEM configurations but underperformed the latest $20 tube you could buy in the aftermarket were just making different tradeoffs.
The newer pastes have been better for me so far. The person who made this video also does some testing that’s supposed to simulate pump-out and maintains a database of pastes which has been helpful to finally have after all these years of relying on forum anecdotes for everything.
> My feeling is that the engineers and OEMs understand these tradeoffs better than the hobby market. All of those boring pastes that came in OEM configurations but underperformed the latest $20 tube you could buy in the aftermarket were just making different tradeoffs
For example, if a consumer is going to periodically (or ever) replace / upgrade their thermal paste, they can get a bump in performance. The consumer that's never going to do that is better server by paste that has slightly lower performance, but lasts much longer.
I'm sure this is great for improving adoption on the admin side, but I'm also sure that I would hate using a locked-down Firefox.
My company has management software that nags me about the latest Firefox version, which is annoying, because I use the extended support release instead. Less frequent updates, and fewer sudden changes like the AI features people have been grumbling about.
Incidentally, 153.5.0esr was released today, with 140 reaching EoL.
I don't know. Like another comment here says, some companies have been blocking Firefox because it's difficult to bend it to their will. For them, a browser has always meant one thing: Chrome. With Firefox entering the mix now, it's going to be 'yet another browser when we already have one'. Most corporate admins, I'd think, will say 'no, thanks'.
I once had to work with group policy FF that prevented me from configuring the way FF started. I wanted it to keep the session, but instead it always started with a blank slate. Mind-blowingly stupid.
I happily booted and ran an Intel Mac mini using a 4TB drive in a Thunderbolt 3 enclosure, and I do the same for an M4 Max Mac Studio using an 8TB drive in a USB4v2 enclosure (OWC Express 1M2 80G).
You'll just have to be careful to match the enclosure to the ports on the system. The base-model M6 Mac mini still uses Thunderbolt 4, so a USB4v2 enclosure would be wasted.
Funnily enough I do the same with my Intel iMac... I have a 2TB Thunderbolt 3 Glyph drive as my primary and boot drive and it works a dream... if I got one of these new Mac minis without upgrading the drive, presumably I could just plug this straight into it and apple will do its magical migration thing?
These Macs are reportedly shipping with macOS 27 Golden Gate. You'd have two incompatible constraints: Macs don't like to run a version older than what they shipped with, and Golden Gate doesn't support the Intel iMac.
You might be able to boot from the internal drive, install/upgrade the external drive, then boot from it.
I'm probably preaching to the choir in a story about guitars, but if you're looking for some good 12-string music, Leo Kottke's 6 and 12 String Guitar is a good start.
If you haven't heard (or seen) Michael Hedges play a harp guitar, there's some background and links to videos here:
There was also the dot-com boom, which of course wouldn't have happened without Al Gore inventing the Internet.
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