Sure, but I meant airtight as a point on a spectrum rather than absolute thing. Meaning: you should prefer laws which are both generic and unambiguous.
I appreciate the work you've put into this, but if someone gets into this they are likely to be looking for a next puzzle immediately. They are unlikely to become a recurring visitor; not with just a single puzzle a day. 5 or 10 might work better.
That feels overly broad. Where is the boundary? Is it a network if you receive a USB drive after making a phone call to order something? Send a physical letter via pigeon?
Ah, thank you, this is interesting. So in a way the original IP is kind of poison which forever taints their source code, diminishing what they can do with it.
In general case I think it might be hard to sue a company for any fixed amount of money due: it is hard to measure this, and companies are likely to low-ball the figure anyway.
Yet Meta has given a convenient, fixed number here, so perhaps such a lawsuit has a chance to succeed.
I wish we had a LLM to BBC-ify the otherwise sensationalized reporting elsewhere. There would definitely be a market for this kind of service. For the reverse one as well, unfortunately.
I think of branches as variables pointing at immutable points in the commit tree. Git commit creates a new node in the tree and updates the pointer. You can manually move pointer around if needed.
Kinda naive table. Credit Suisse sort of collapsed today and it was barely 9th here. Also no mention of CDS levels which are directly the thing you should be looking at.
> Finally, encrypting each bit of a plaintext message comes with major tax on space usage. Each encryption of a single bit corresponds to a list of roughly 700 32-bit integers. If you want to encrypt a 100×100 pixel greyscale image, each pixel of which is an 8-bit integer (0-255), it will cost you 218 MiB to store all the pixels in memory. It’s roughly a 20,000x overhead. For comparison, the music video for Rick Astley’s “Never Gonna Give You Up” at 360p is about 9 MiB (pretty small for a 3 minute video!), but encrypted in FHE would be 188 GiB, which (generously) corresponds to 20 feature-length films at 1080p.