It’s overpriced hardware

Have you seen the M4 benchmarks?

If you’re memory bound then sure, you can get way more bang for your buck with Intel/AMD. But for pretty amazing CPU performance I think the “Apple is overpriced” trope isn’t really true any more.

Olive oil is delicious, and I’ve always loved acidic foods — so long as there’s yummy dressing on the salad, sign me up.

Just get in the habit of making simple dressing, e.g., EVOO, red or balsamic vinegar, Dijon mustard, salt & pepper. (Mustard helps with emulsification.) Yes oil is caloric, but afaik this is much healthier than drowning your salad in ranch or Thousand Island or whatever.

Olive oil can make you feel full, too, so even though you’re eating fat, it can be a net win.

A Mediterranean diet is delicious, vegetarian/vegan compatible and, I think, fairly healthy. But mostly it’s the delicious that counts.

Welcome, newcomers. The tradition of Festivus begins with the airing of grievances. I got a lot of problems with you people and now you’re gonna hear about it.

Nissan, Honda, Mitsubishi, so I’d guess The Cars.

Wait…

It’s a matter of perspective and use — high density one place means you can have open space somewhere else, for a given amount of land.

I’d much prefer a few large dense housing complexes, surrounded by green space, than suburban sprawl.

Maybe they mean four year uptime…

I like the “this can’t really be compared to Windows or macOS” aspects of tiling window managers. I like it when the window manager sort of “gets out of the way,” but that’s just me.

I think there’s a bias in the US against this sort of thing that doesn’t exist (or not to the same extent) in Europe due to the age of the cities/buildings.

In the US, a building from the 1700s is a historic artifact to be cherished, while in parts of Europe a building from the 1500s is just the local pub.

So, the US is often hesitant to modify these old buildings, but Europe seems to have more of a perspective of “it’s a building, not a museum, let’s give it new life by modifying it.”

This is just from the perspective of me, from the US — and I think these old/new buildings are really neat!

IIRC that was the release that cleaned up the make output substantially.

The network gear I manage is only accessible via VPN, or from a trusted internal network…

…and by the gear I manage, I mean my home network (a router and a few managed switches and access points). If a doofus like me can set it up for my home, I’d think that actual companies would be able to figure it out, too.

Travel expense reimbursement — though many companies have a “no receipt required if under $xyz” policy.

Duh, just read it back from /dev/random

You will recover the data, you just need to wait long enough.

That’s how I started using Linux — big book with CD, I think it was “RedHat Linux Secrets 5.4” or something. 2.0 or 2.2 kernel.

Honestly, it was fantastic. And almost all of it is still relevant today. (Some of the stuff on xfree86 and the chap/pap stuff not so much.)

But it gave a really solid (IMHO) intro to a Linux/*NIX system, a solid overview of coreutils, etc. And while LILO has been long replaced, and afaik /sys didn’t exist at the time, it formed a good foundation.

I’ll refrain from commenting on any init system changes that have taken place since then.

Just use your $200+ Fluke to check the batteries, problem solved.

The grid needs to balance input and output. You can’t just “throw away” power.

It’s a real problem — not the “electric companies are losing money” part, but the “we need to keep the grid balanced” part.

Concentrated solar and wind are a bit different though?

Afaik photovoltaics are fine running open circuit, i.e., disconnecting them. Thermal solar, and wind, are (I think) much trickier (but covering things for solar thermal, like you suggest, is perhaps feasible).

No, unfortunately, you can’t.

Ground doesn’t typically dissipate power, rather, power is dissipated in the circuit/load — so if you just hook a wire to ground, you’re dumping gobs of power into the wire. If you do this in your home (DON’T), best case it will trip the breaker, worst case it will melt and catch something on fire.

It’s easy enough to burn a kilowatt — just boil some water. But it’s entirely something else to burn megawatt, or yikes, gigawatt scale power.

We tend to use between 3kWh (vacation/idle power consumption) and around 8kWh per day. If we switched to electric stove, water heater, and heat pump, and add a hot tub, that’d increase substantially. But if we added solar (on our long Todo list…), the battery in the article (60kWh) would probably be able to handle all our storage needs, and it’d fit in he garage (bonus of it can be placed outside/under a deck!). I live in a major city, but I would absolutely love to effectively be off grid.

Exciting stuff — it seems these are touted as being extremely robust/safe, which is of course important for me if it’s going to be in/near our house. Storage density not a huge concern, but price is somewhat important — let’s hope this sort of thing ticks all the boxes.

And your VPN connection to work knows your endpoint…

Interestingly, there’s another way of finding out if your coworker is in the office — just walk over to their desk.