Ciro Santilli @cirosantilli 37

We can get a list of the ordinals at: archive.org/details/bitcoin-ordinal-inscriptions.csv and then sort them by payload size with:

This shows to us that as of block ~831k, there are 4 ordinals which are far far larger than any other between 3 MiB and 4 MiB, at about 10x larger than then 5th one d115a6e689086fd587e5032f24ba2a8c01f2f87cba758c9d5eb8cf7f6e9a816a

In those cases, a single inscription takes almost the entire block, and the inscribers must have had direct dealings with their mining pool:

As of 2024, all of the big ones were made in early 2023, so it seems that the trend has died down a bit.

www.coindesk.com/tech/2024/01/12/taproot-wizards-bitcoin-ordinals-project-that-raised-75m-to-sell-quantum-cats-collection/:OMG if only the worlds wouldn't invest in such useless crap... it would probably be a better and more boring world.

The function that fully describes a physical system in Lagrangian mechanics.

Denoted by the Greek letter epsilon with \varepsilon encoding in LaTeX.

Definition:

As mentioned on the Wikipedia page en.wikipedia.org/w/index.php?title=Stationary_Action_Principle&oldid=1020413171, "principle of least action" is not accurate since it could not necessarily be a minima, we could just be in a saddle-point.

The opposite of open source software.

Described at: www.sligocki.com/2022/06/10/ctl.html

From cocodataset.org/:

So they have relatively few object labels, but their focus seems to be putting a bunch of objects on the same image. E.g. they have 13 cat plus pizza photos. Searching for such weird combinations is kind of fun.

Their official dataset explorer is actually good: cocodataset.org/#explore

And the objects don't just have bounding boxes, but detailed polygons.

Also, images have captions describing the relation between objects:Epic.

This dataset is kind of cool.

Original 2014 paper by Microsoft: arxiv.org/abs/1405.0312

Examples: