Sure there is this one guy who changes the oled to a different one bacause his screen broke and the old one has been difficult to source. Most people won’t fix a 30$ iron. Especially since you need an iron to fix it…

It has a display and even bluetooth. The Firmware is open source. The schematics are available.

Imo open source is not that important for an iron unless you want to add a klingon translation. But the iron is pretty good, although it is often rather >50 bucks including shipping.

If 10% voted for some third party that would make the headlinds.

And be drowned in the rest of the election news and one of the two would win anyway.

Hypothetical then.

You can vote for whoever you want. But you will get one of the two.

Voting for someone else is basically the same as not voting. Sure you make a point, but the result will be the same.

Like I said, if there is nothing else you care about, vote for Pedro or whatever.

You know the cracking the cryptic Suduko puzzles?

Two dudes on youtube feature and solve medium to super hard variant sudokus. You can skip the videos and just solve the puzzles if you want.

The GAS puzzles are easier.

Please enlighten us? Just a hypothetical or a realistic one?

Then maybe there is other stuff you care about?

You’re getting one of them. There is no third option.

If you don’ care about the other topics at all, then don’t vote.

“The computers are not general purpose, but rather are designed for quantum annealing. Specifically, the computers are designed to use quantum annealing to solve a single type of problem known as quadratic unconstrained binary optimization. As of 2015, it was still debated whether large-scale entanglement takes place in D-Wave Two, and whether current or future generations of D-Wave computers will have any advantage over classical computers.” https://en.wikipedia.org/wiki/D-Wave_Two

I’m not aware this has changed.

On the plus side: they have >5000 qbits

D-wave is not a classical quantum computer. It is known to not be able to run Shors algorithm.

Certificate pinning?

Also all let’s encrypt certs are public. So if someone malicious gets a cert for your domain, you can notice.

(Thats also why it may be a bad idea to use that for secretButPublicStuff.Yourdomain.com certificate transparency logs are a great way to find attack surface.)

edit oh certificate pinning has been deprecated in favor of checking transparency logs.

It is not bad per se. It should be the goal of every government to make all people fat and happy. The problem is, it is enough to only make >50% happy.

It is not a problem to distribute the decryption algorithm. The question remains against what this will protect. Normal https encrypts the traffic safely during transit. With this, the data is also encrypted on the server. But if you can access the server, you can modify the javascript code to send the password back to a server.

It could be used on something like IPFS, where all data is basically public but you can be sure it hasn’t been modified.

I also didn’t like AitD. The tank controls, static “3D” screens where you overlooked something if you didn’t walk into every corner and a new screen presented itself… Oh wait, you’re talking about a remaster? I’m talking about the original…

Myst.

I came for the graphics and because I liked adventuers. Was disappointed by the static graphics and I didn’t understand what to do at all.

Idk about you, but most people likely dont have a bookmark to their favorite fetish website. And “google” (bing for those using edge) is the default way to open a website for many.

Just a note: Superconductivity is not only destroyed by temperature, but also by magnetic fields or a too high current. We might find a room temperature superconductor that is basically useless for energy transportation or high magnetic field applications.

Another problem: almost all known high-temperature superconductors are ceramics and thus very brittle and hard to work with.

What we want is a cheap, metallic, high temperature superconductor with a high maximum critical magnetic field and high critical max current density…

But of course any improvement could give big improvements in some applications. Having a nitrogen cooled MRI wound be awesome.

So grandpa had a computer problem. Turns out he installed one of the early locker trojans. He: “It’s all my own fault.” Family: “no grandpa, that were some ugly hackers”. So i removed the virus and checked the computer. Turns out it was his fault. He tried to watch “russian removed porn” and installed the virus in that process. He was like 85 and needed help washing himself. So IDK what his intentions were… The worst part: I had to keep a straight face and confirm the “hackers” therory. That secret will die with me. And now you.

I never understood why Fermi should be a paradox.

Space is mind-bogglingly big. Insanely huge. And almost everything is empty. Primitive life (bacteria, fungus,…) might evolve on every other planet, but even mammal like life is probably not that common. Maybe 1 in 10k solar systems has them?

And now my sad hypothesis: FTL drives are simply not possible.

Also, did I mention space is huge? Sending radio signals to a planet 10k ly away is very non trivial. Unless they point a huge dish exactly at us and we point a huce dish exactly to them, we won’t hear each other.

The idea that extraterrestials will watch our TV in 100k years is absurd. (Sorry Lrrrr)

Larning about how AI (LLMs) work, what output they generate and comparing that to kids growing up, I have a similar experience.

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