Ciro Santilli @cirosantilli 40

Nothing personal, just Ciro Santilli strongly disagrees with the moderation philosophies of these users.

One particular type of user Ciro particularly dislikes are those who do more moderation than content. Ciro finds it very hard to understand why some people spend so much time moderating. Maybe that's how politicians exist, some people just like that kind of activity.

The moderators tend to have lower intermediate rep. They spend too much time moderating and too little time coding.

TBD:

Not so strong, but bad experience:

Deleted answers are dumped at: github.com/cirosantilli/cirosantilli.github.io/issues

Ah, Ciro Santilli was not expecting this. What a unique mixture of humour, technology, politics and bravery. No wonder it was a box flop, there's something good about this film.

This is a good and simple first example of Lie algebra to look into.

This section is about companies that design semiconductors.

For companies that manufature semiconductors, see also: company with a semiconductor fabrication plant.

List on The Busy Beaver Challenge: bbchallenge.org/skelet

Bibliography:

Cirists,

FFmpeg is likely the backend of YouTube through reverse engineering: streaminglearningcenter.com/blogs/youtube-uses-ffmpeg-for-encoding.html (archive)

On Quora: www.quora.com/What-does-YouTube-use-for-encoding-video/answer/Ciro-Santilli

This is a tag for films that depict some sort of artificial general intelligence, but in which that is not the primary focus of the film.

As usual, it is useful to think about how a bilinear form looks like in terms of vectors and matrices.

Unlike a linear form, which was a vector, because it has two inputs, the bilinear form is represented by a matrix $M$ which encodes the value for each possible pair of basis vectors.

In terms of that matrix, the form $B(x,y)$ is then given by:

The matrix ring of degree n $M_n$ is the set of all n-by-n square matrices together with the usual vector space and matrix multiplication operations.

This set forms a ring.

Related terminology:

Ciro Santilli had to see this in a few separate places, until he underestood: that little pictur emust be a thing! Examples:

Unified all previous electro-magnetism theories into one equation.

Explains the propagation of light as a wave, and matches the previously known relationship between the speed of light and electromagnetic constants.

The equations are a limit case of the more complete quantum electrodynamics, and unlike that more general theory account for the quantization of photon.

The equations are a system of partial differential equation.

The system consists of 6 unknown functions that map 4 variables: time t and the x, y and z positions in space, to a real number:and two known input functions:

Due to the conservation of charge however, those input functions have the following restriction:

Also consider the following cases:

The goal of finding $\overrightarrow{\mathbf{E}}$ and $\overrightarrow{\mathbf{B}}$ is that those fields allow us to determine the force that gets applied to a charge via the Equation "Lorentz force", and then to find the force we just need to integrate over the entire body.

Finally, now that we have defined all terms involved in the Maxwell equations, let's see the equations:

You should also review the intuitive interpretation of divergence and curl.