Same,
Hab ein paar mal ein bissl gekrizzelt.
Bin aber nie dazu gekommen das oft genug zu machen um mich irgendwie zu verbessern.

They are apparently also very important for aerodynamics as shown in this paper: www.researchgate.net/publication/...

Didn't want to imply that you like their IP.

Just my personal opinion is that people should still have a right to their IP as long as companies do the same. Which is why I'm personally not very fond of the current commercial genAI.

Same happens to me most of the time.
Sometimes I just cut it in half beforehand.

I included Nintendo and Disney as they are making agreements with genAI companies to restrict output of their IP (like with OpenAI's Sora) while smaller artists or even people with privacy concerns have way less leverage.

While I can understand the argument.

As long as I don't see the companies also following that (both AI and other large corpos like Disney or Nintendo), the use of training data especially from smaller creators still feels like theft as it seems rather one sided.

I think the "IP is fake" argument is not that great when most LLMs are then allowed to be owned by the company.

Like if we abolish the concept of IP it needs to be universal and also be applied to large corpos including the companies making those LLMs.

👀

Fahrenheit 101 - Tutorial on how to use Fahrenheit.

In all seriousness though I hope you feel better soon. Get some rest if you don't feel well.

Would be funny.
But we should keep in mind the reason for this is the usage of ECDSA in the transaction signature scheme.
The same system that we use every day when using HTTPS and other encrypted services.

Alternatives already exist. So switching is possible (likely for cryptobros as well)

I saw the fundraiser a while ago.
So sad that despite the efforts she didn't make it.
RIP

Afaik it's a variation of Shor's algorithm (we only covered it briefly in cryptography class, so I'm not 100% certain).
But to my knowledge certain parts of the hidden subgroup problem, which discrete logarithm and prime factorization are a part of, are solvable by quantum computers.