Sounds like a lot of work. I have no idea how heavy a ship’s anchor is, but I imagine it would be hard to throw any significant distance.
Sounds like a lot of work. I have no idea how heavy a ship’s anchor is, but I imagine it would be hard to throw any significant distance.
I mean, yes? Here’s another photo from the same shoot posted on their Instagram: https://www.instagram.com/p/CVQzDKmhVxN/?igsh=MTl1N25xemZhN3hwMw==
Not really on board with pageants but congrats to her.
Thanks for the explanation!
What is the biblical symbol you’re referencing? Explain it like I’m not a Christian (I’m not lol).
I have gamepass and I’m happy with it. I tend to dabble in a lot of games instead of playing one game for a long time.
One new game costs $60 to purchase. For me personally there is little chance I will be playing it 4 months from now.
Alternatively I can pay for gamepass and play any of those games for $15 a month. The only situation where this ends up being a worse deal is if I only play one game for more than four months, which so far has not happened for me.
I realize that doesn’t make sense for everyone, though.
I have the same issue. When I start printing on my brother printer, the lights flicker 😨
Great printer, though
The good news is, a lot of old secrets won’t really matter anymore by the time we have quantum computers that can break the encryption. There will obviously be a big impact on information that was encrypted just before we get a working quantum computer that can crack modern crypto.
In cryptography discussions, I feel like we’re usually implying (or even saying out loud) that the encryption is secure for a sufficient amount of time and computer power. Perhaps people outside of cryptography don’t know it, but I think there is a reasonable expectation that encrypted communications could be decrypted at some point in the future. We just hope it’s sufficiently far enough away (or difficult enough) to not be a problem.
Honestly as soon as we get some good post-quantum crypto, we’ll probably want to switch over to it asap, even if good quantum computers are still far out, just to help alleviate some of this problem. Of course, I imagine we’re still going to be finding new things once the technology is real and being used. Let’s hope the post-quantum cryptography algorithms we come up with actually are strong against a sufficiently large quantum computer.