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01 Intro Conversational interfaces are a bit of a meme. Every couple of years a shiny new AI development emerges and people in tech go “This is it! The next computing paradigm is here! We’ll only use natural language going forward!”. But then nothing actually changes and we continue using computers the way we always […]
Traveling through time in three dimensions 01 Intro Time is a curious thing. It’s a constantly flowing stream that can’t be paused, stopped, or repeated. We experience it, but we can’t control it. We can’t even touch or feel it. To get a better grasp of this weird, intangible resource that governs everything around us, […]
Are network effects overrated? 01 Intro The world’s most successful companies all exhibit some form of structural competitive advantage: A defensibility mechanism that protects their margins and profits from competitors over long periods of time. Business strategy books like to refer to these competitive advantages as “economic moats”. One of the most cited types of […]
>_ Summary Read 4 books (671 min, -60% MoM) and 33 articles (-23%) Listened to 613 songs (+3%) and 11 podcasts (704 min, -6%) Watched 6 movies (752 min, +199%), 12 soccer games (1395 min, +105%) and 0 TV episodes (0 min, -100%) Played 1 board game (50 min, + ∞) and 0 video games […]
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Showcasing how easy it is to breathe new life into home accessories with Edding spray paints. From refreshing decor to...
I learned a new word: ductile. Do you know it? I’m particularly interested in its usage in a physics/engineering setting when talking about materials. Here’s an answer on Quora to: “What is ductile?” Ductility is the ability of a material to be permanently deformed without cracking. In engineering we talk about elastic deformation as deformation which is reversed once the load is removed for example a spring, conversely plastic deformation isn’t reversed. Ductility is the amount (usually expressed as a ratio) of plastic deformation that a material can undergo before it cracks or tears. I read that and started thinking about the “ductility” of languages like HTML, CSS, and JS. Specifically: how much deformation can they undergo before breaking? HTML, for example, is famously forgiving. It can be stretched, drawn out, or deformed in a variety of ways without breaking. Take this short snippet of HTML: <!doctype html> <title>My site</title> <p>Hello world! <p>Nice to meet you That is valid HTML. But it can also be “drawn out” for readability without losing any of its meaning. It’ll still render the same in the browser: <!doctype html> <html> <head> <title>My site</title> </head> <body> <p>Hello world!</p> <p>Nice to meet you.</p> </body> </html> This capacity for the language to undergo a change in form without breaking is its “ductility”. HTML has some pull before it breaks. JS, on the other hand, doesn’t have the same kind of ductility. Forget a quotation mark and boom! Stretch it a little and it breaks. console.log('works!'); // -> works! console.log('works!); // Uncaught SyntaxError: Invalid or unexpected token I suppose some would say “this isn’t ductility, this is merely forgiving error-parsing”. Ok, sure. Nevertheless, I’m writing here because I learned this new word that has very practical meaning in another discipline to talk about the ability of materials to be stretched and deformed without breaking. I think we need more of that in software. More resiliency. More malleability. More ductility — prioritized in our materials (tools, languages, paradigms) so we can talk more about avoiding sudden failure. Email · Mastodon · Bluesky
Packaging of innovative honey, where there are different flavors. name of innovative honey Elios (in ancient Greek mythology, the solar...
Following a three-year renovation, the Louis Vuitton store in Milan timely reopened its doors during this year’s Salone del Mobile,...
