Joy & Curiosity #83

Interesting & joyful things from the previous week

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This is a time of great technological change. You could even wring a “once in a lifetime” out of me . Many times per week now I say to either myself or someone who just shared some news: this is crazy, man.

The numbers, the pace, the demand, the bottlenecks shifting, the new capabilities emerging, and, man, the predictions. The predictions. AI will do that, AI will do this, in the future we’ll do all of this and none of that, but surely this will still be that and that thing will be the most important thing.

I’ve done it too, of course. I’ve predicted quite a few things in past issues of this newsletter and, hey, yes, I was right a few times. And so were others.

But we’re talking about technological progress here and that is very hard to predict, especially its second-order effects. So, as you read through the things I shared below, I want you to keep the following quote in mind, because it’s been stuck in mine for many weeks now and I found it helpful to carry around with me:

He did not create a world that went as he wanted, but he created a world that went well. We have many examples of that. Trains and bicycles come in, and we get feminism because it’s easier for people, especially women, to move freely and independently. They can organize. They can mobilize. We get suffragettes. Did the inventor of the train intend for there to be women’s liberation? No. Did it go the way he imagined? No. Did it go well? Yes.

Or consider this:

After the Great War, the Haber-Bosch process was used throughout the world to fix nitrogen on a grand scale. […] It was synthetic fertilizer that enabled Europe, the Americas, China and India to escape mass starvation and consign famine largely to the history books: the annual death rate from famine in the 1960s was 100 times greater than in the 2010s. […] If Haber and Bosch had not achieved their near-impossible innovation, the world would have ploughed every possible acre, felled every forest and drained every wetland, yet would be teetering on the brink of starvation, just as William Crookes had forecast.

That was after the war. Here’s what Bosch and Haber did with their process during the war:

Then in September 1914 Bosch made the famous ‘saltpetre promise’ that he could convert the Oppau plant so that it turned ammonia into nitrate, using a newly discovered iron-bismuth catalyst. He built an even bigger plant at Leuna, producing huge quantities of nitrate and thus probably prolonging the war. Haber, in the meantime, had invented gas warfare, personally presiding over the first chlorine attack at Ypres in March 1915.

Now, who would’ve predicted going from that to that?