Recovering academic now in public safety. You’ll find me kibitzing on brains (my academic expertise) to critical infrastructure and resilience (current worklife). Also hockey, games, music just because.

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Cake day: July 5th, 2023

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  • You’re not wrong. But there are counter examples. I was going to use the example of the jet engine in my last answer as a true paradigm shifting development that had immediate impact. And in the mid-century period too! Or the first powered flight occurred in the first decade of the 20th century and had an immediate impact. The transistor and solid state electronics would be another example.

    So let me flip it around and say we’ve had a quarter century without a major technological breakthrough. There’s been progress, but it feels incremental. I spent a night with a physicist a few years ago who was arguing that progress is slowing because we are still relying on the exploitation of Newtonian physics. There are a few technologies that have made the leap to nuclear physics. But we’ve had the basics of quantum physics for a century now and haven’t been able to exploit it in a useful fashion.













  • It’s real, but cobbled together from multiple sources. For instance we haven’t referred to the “reticular activating system” since maybe the 1980s? They call it the “reticular arousal system” which is either a neologism or maybe a reactivation of the term in the literature. I haven’t been active in the area in over a decade.

    I’ll note that this broadly accurate on a macro level, but the details really matter. There are different cortical layers for instance and cell types and the nature of the signal processing differs by layer. So saying “X connects to Y” is useful in some sense, but provides much less information than you might imagine.