1,662 karma · joined October 8, 2019
My biggest issue with running a service like this would be the possibility that I'm all of a sudden serving CP from my house because the distributed model doesn't have a good moderation scheme.
Moderation tends to be the bottleneck with distributed services right now. The infrastructure is there.
The paper presents a geometric problem centered on equilateral triangles. The key question is whether it's possible to use \( n^2 + 1 \) small equilateral triangles (each with side length of one unit) to cover a larger equilateral triangle that has a side length just slightly more than \( n \) (specifically, \( n + ε \), where \( ε \) is a small positive value).
The two figures provided illustrate possible arrangements of the smaller triangles within the larger one:
1. *Figure 1*: This demonstrates that \( n^2 + 2 \) small triangles can cover an equilateral triangle whose side is \( 1 + ε \). It's evident that the small triangles fit neatly inside the larger triangle.
2. *Figure 2*: This shows a different configuration where the large triangle has a side length of \( 1 - ε \). It seems to suggest that with just one fewer triangle (i.e., \( n^2 \)), the tiling is not possible for a triangle of side length \( 1 + ε \), but it may be for \( 1 - ε \).
The paper, although succinct, poses an intriguing tiling problem in geometry. The authors likely aim to stimulate thought and discussion on this particular geometric configuration and challenge readers to consider the conditions under which such tiling is feasible. Given the brevity, the paper might be a problem statement or a brief note, rather than a full research paper with exhaustive proofs.
- Invest $8.30 at 10% interest for 250 years and you're richer than Bezos
- Jeff Bezos couldn't afford to buy all the houses in Coronado, California (a small island that's approx. 8 square miles of city)
- If Bezos put tried to fill an Olympic-sized swimming pool with gold coins (a la Scrooge McDuck) it would be less than 6 inches deep before he ran out of money
I'm sure these sorts of changes increase engagement in the short term but are detrimental to the product in the long term. I really think that change was the beginning of the end for Facebook in particular.
> Meet Ethel, a 4'9" grandmother of six, with a penchant for knitting and a mastery of Sudoku. With bifocal glasses perched on her nose, she's far from your typical basketball star. But what Ethel lacks in height and athleticism, she makes up for with an uncanny sixth sense for predicting opponents' moves and an underhand free-throw that rivals the best in the league. With her floral-print headband and orthopedic shoes squeaking down the court, she's both an anomaly and a secret weapon on her community center's basketball team.
For the actual hashes, you can back them up in multiple places literally anywhere, including the image metadata itself. The advantage is nobody needs to trust a cloud provider to keep that S3 object intact and online in perpetuity, or the owner to keep paying for that, because the original date is on a public blockchain synced by 10,000s of nodes.
The use-case where we find the renaming most frustrating is typically when we start a cloud instance with a Tailscale setup script in the cloud init (via Terraform). If we, say, change a parameter that requires Terraform to restart that instance, then the freshly-started instance will be given a `-1` name by Tailscale and the old instance will be offline.
I wish there would simply be a --force-hostname option or something of that nature that tells Tailscale "if a host is authenticating with this name, give it that name, any older machines using that name should be kicked off"
Their official solution is to run a logout command before shutting down but that's not always possible.
- Invest $8.30 at 10% interest for 250 years and you're richer than Bezos
- Jeff Bezos couldn't afford to buy all the houses in Coronado, California (a small island that's approx. 8 square miles of city)
- If Bezos put tried to fill an Olympic-sized swimming pool with gold coins (a la Scrooge McDuck) it would be less than 6 inches deep before he ran out of money
With a relatively larger dataset you could come up with some real interesting statistics on individual players performance, use of certain units, the success of various strategies and build orders, etc.
It would be real fun to try to predict the outcome of a game based on the first 3 minutes or something.
The long tail of activities includes things like DAOs (remember Constitution DAO?), prediction markets, internet infrastructure (VPNs, Arweave, ENS), synthetic assets, and more.