"Code: The Hidden Language of Computer Hardware and Software" is a popular book written by Charles Petzold. First published in 1999, the book aims to explain the fundamental concepts of computer science and how hardware and software interact in a comprehensible way for readers, regardless of their prior knowledge of the subject.

A **topological monoid** is an algebraic structure that combines the properties of a monoid with those of a topological space.

Ordinals are inscriptions created with the protocol described at: docs.ordinals.com/inscriptions.html The protocol was designed by developer Casey Rodarmor, and shares a few similarities with the AtomSea & EMBII protocol.

The protocol also includes a way to have ownership over inscriptions, effectively creating an NFT system on top of the bitcoin blockchain. AtomSea & EMBII also already had such a system however. In either case, Ciro Santilli couldn't give less of a fuck about who owns some random publicly viewable digital asset.

For whatever reason, orinals became extremelly popular compared to the AtomSea & EMBII format, leading to millions os inscriptions, and 10k+ images as of block 830k. They also started to take up a substatial portion of the available block space.

This in turn led to a lot of child porn rediscussion, and people linking back to this page to view earlier inscriptions: incoming links.

Unfortunately, unlike AtomSea & EMBII and even cryptograffiti.info uploads, most ordinals are designed to be just souless bulk collectibles, as with as much artistic merit as any random collectible card set or postage stamps you may find at a newpaper stall. To make things worse many of them are likely algorithmically generated. Eternal September had truly arrived to the Bitcoin blockchain. As a result, machine learning would be almost essential in order to find interesting uploads amidst such bulk.

The source code for the reference uploader and indexer is at: github.com/ordinals/ord

The reference viewer server for the runs at: ordinals.com.

The i0 at the end of the URL above means "inscription 0". This is because a single transaction can have multiple inscriptions.

Some of them have sold for high prices. Magic Eden is a popular interface for trading them:

The ordinals also started taking up large portions of the Bitcoin blockchain:

Apparently the "Taproot" Bitcoin update made it easier to upload image-sized data once again, which had become prohibitively expensive 2023 and much earlier:

Bibliography:

The term "small control property" is often discussed in the context of functional analysis and operator theory. It pertains to a specific characteristic of certain types of Banach spaces or functional spaces. A space is said to have the small control property if, roughly speaking, every bounded linear operator from this space into a Hilbert space can be approximated by finite-rank operators in a certain way.

The Seneca Effect is a concept that describes how complex systems tend to collapse or decline rapidly after a period of growth or stability, despite often showing a more gradual rise. Named after the Stoic philosopher Seneca the Younger, who famously stated, "It is not how we make mistakes, but how we correct them that defines us," the term is often used in discussions of economics, environmental science, and social dynamics. The Seneca Effect highlights the asymmetrical nature of growth and decline in systems.

Schwinger parametrization is a technique used in quantum field theory and theoretical physics to rewrite certain types of integrals, particularly those that involve propagators or Green's functions. This method allows for a more amenable form of integration, especially in the context of loop integrals or when evaluating Feynman diagrams.

It is quite amusing that the starting point to identifying the heat one was capsaicin, as it stimulates the exact same receptor!!!

The SYZ conjecture, named after mathematicians Shing-Tung Yau, Richard S. Palais, and Andrew Strominger, is a conjecture in the field of mirror symmetry and algebraic geometry. Specifically, it pertains to the relationship between Calabi-Yau manifolds and their mirror pairs.

Natural Neighbor Interpolation is a technique used in spatial interpolation that estimates the value of a function at unmeasured locations based on the values at surrounding measured locations, or "neighbors." It is particularly useful in geographic information systems (GIS), computer graphics, and other fields where spatial data is involved. ### Key Characteristics of Natural Neighbor Interpolation: 1. **Locality**: The interpolation is influenced only by the nearest data points (neighbors) to the point of interest.

This is the first of many love declarations and mentions EMBII makes of his partner Chiharu! This came just one day afte the very first uploads of the system.

More EMBII social media:

Understand and explain amazingly every single Nobel Prize in physics, chemistry and biology. Since in particular the Nobel Foundation is unable to do that for any at all, especially of the key old ones, e.g. www.nobelprize.org/prizes/physics/1965/summary/. Hopeless.

To be fair, those in theoretical physics at least basically come down to reading a bunch of books. But perhaps anything slightly more experimental could have

Nearest-neighbor interpolation is a simple method used for interpolation in multidimensional spaces, particularly in the context of image processing and data resampling. It is a technique for estimating values at certain points based on the values of neighboring points. ### Key Features of Nearest-neighbor Interpolation: 1. **Methodology**: - The algorithm works by identifying the nearest data point (in terms of distance) to the point where an estimate is desired and assigns that value to the new point.

For super-resolution microscopy.

This could have been a Nobel Prize in Physics as well!

For the discovery of green fluorescent protein.