Ciro Santilli @cirosantilli 35

An overview of what you can do with a pre-shared key with tradeoffs can be found at: quantumcomputing.stackexchange.com/questions/142/advantage-of-quantum-key-distribution-over-post-quantum-cryptography/25727#25727 The options are:

A function $\mathbb{R}\to \mathbb{R}$ defined by the second of the Josephson equations plus initial conditions.

It represents an internal state of the junction.

One is reminded of Nick Leeson.

One things must be said: the root cause of all of this is the replication crisis.

This is why he managed to go on for so long.

People felt it was normal to have to try for one or two years to replicate a paper.

No teachers, no courses, no tuition fees. Yes please!!! By Xavier Niel.

It's not super easy to use at first.

And it sometimes says that the basic drawing thing you want to do is off the project's scope.

But as you learn more about it and further generalize the concepts, there are often reasonable reasons for those design choices.

And the UI looks good :-)

Examples:

Some answers by Ciro Santilli:

This was the first major commercial computer hit. Stlil vacuum tube-based.

Given experiments such as the Fizeau experiment and the Michelson-Morley experiment that couldn't really detect the Earth's movement across aether, people started to wonder if the Earth wasn't dragging the luminiferous aether.

It is quite mind blowing when you think about it, that the huge majority of your body's cells is essentially just there to support a tiny ammount of germline, which are the only cells that can actually pass on! It is fun to imagine the cell type tree for this, with a huge branching of somatic cells, and only a few germline going forward.

There are six, three in each sense, depending on where you start modulo-3.