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drvortex

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I would suggest that you pay close attention to what kind of 'academic' you are targeting.

In my opinion, the needs of STEM researchers are very different from those of the humanities. STEM researcher tend to use citations to substantiate pre-existing information, almost never have footnotes, and typically have schematics/flowcharts/graphs in their documents.

A good editor should be able to cross-reference citations, figures, handle SVG smoothly and definitely have Mermaid/MathJax support.

Do you have cite as you wrote functionality implemented ? Current research paper tools like Zotero do fine for the organisation and management part. The major limitations are poor integration with text editors and word processors.

I think it is just that Obsidian has a nerd vibe. Like Obsidian is to Notion what Neovim is to VSCode. It isn’t immediately obvious why it is better, but one of them is more l33t hax0r.

I used Obsidian for 2 years. But I ditched it because it was local only. And it’s sync capabilities (without storage) cost more than an entire office site + cloud storage subscription package. Ridiculou that they expect 8 Euro per month just to sync (not even store) my data.

I now use UpNote. Which has cloud sync, works cross platform and has a one time purchase option that is less than 50 bucks

Your code is not in that thing. That thing has merely read your code and adjusted its own generative code.

It is not directly using your code any more than programmers are using print statements. A book can be copyrighted, the vocabulary of language cannot. A particular program can be copyrighted, but snippets of it cannot, especially when they are used in a different context.

And that is why this lawsuit is dead on arrival.

What a long winded article on what has been known to scientists for decades as "emergence". Emergent properties are systems level properties that are not obvious/predictable from properties of individual components. Looking and observing one ant is unlikely to tell you that several of these creatures can build an anthill.

Oh yes. The same could be said about IE. In fact, I personally have no problems with IE implementing new features. The problem with IE was never that it was standards-incompliant. Heck, they were the de facto standard and there software used even today that won't run on anything but IE.

The problem with IE was that it was a shitty bloated browser. And to be honest, nothing shook its dominance before Chrome. Not even Firefox.

Well, what can you do?

Mozilla has a very unique problem. It's most ardent and loyal users are technically savvy. They expect a high quality, privacy-respecting, ad-free product.

But, here's the catch, they will not pay for it. How does Mozilla survive?

Google finances Chrome through its Search/Ad business. Safari and IE costs are bundled in the cost of the devices/OS they are on.

How should Mozilla survive? Should they go the shareware route and have a paid copy for 20$ ?

They have to make money somehow.

Standards are irrelevant to pragmatism. De facto standards are what is important.

By virture of sheer popularity, Chrome is the de facto standard. And if they have provided anything that becomes useful or popular, then by virtue of popularity of that feature in what is already the post popular browser, makes that feature part of the de facto standard.

The post is just pedantic whining about how something isn't according to the written word in some document written some years ago by a bunch of people that the average user of the standard does not even know.

I understand the value of standardization. Everything should be standardized. But what the standard should be is completely another question. I would say that all enhancements/popular features should be standard. At least that way, we'll have more people happier, rather than follow the least common denominator approach where there is a compromise that leaves no one happy.

Julia? Now you're just making me laugh. Julia has a lot of potential but won't even begin to scratch Python for about 5 more years. Scientific programming is very very addicted to its tools. There is a reason even SciPy (for Python) is compiled Fortan (yes Fortan!) code. R is king for data science and the only reason it lost ground to Python is that R is a one trick pony compared to jack of all trades Python.

Strictly you are right. However, by the strict definition of a compiler, an interpreter is nothing but a sort-of "real time compiler".

But a compiler has come to mean a program that translates source-code into machine code.

By this new understanding, a transpiler is a combination of a compiler and a decompiler with different input and output languages.

So po-tay-toes, po-taa-toes. No one cares, we know what is meant by transpiler.