>>377871You forgot to mention the advances in biocomputing. No need to rely on Taiwanese factories for chips when you can grow a computer at home.
https://finalspark.com/biocomputing-the-next-evolutionary-leap/ >>377893>No need to rely on Taiwanese factories for chips when you can grow a computer at home.What if the Taiwanese chips are so much faster, cost-effective and just overall better. So much so, that they relegate homegrown computers to a nerdy hobby?
I mean, your potential to build your own stuff might increase with newer technology. But you'd have to be giga-retarded to think big corporations won't negate it with superior tech and better, more efficient production lines.
It doesn't have to be the newest and bestest technology ever to be useful.
Any sort of improvement to supply chain issues and production logistics seems like it would be a net positive.
>>377871>why do so many people on the right oppose biotechnology?I don't know what opposition you have observed in others.
For the Left, the source of opposition could be that easing the demands of logistics networks reduces the market forces that support their attempts to implement worldwide Communism and Globalism in a planned economy. We know that that ALWAYS results in the theft and concentration of civilizational wealth, and then the mass eradication of the "useless eaters" who have had their lives drained dry through large scale economic tools.
Biotechnology in this usage, I haven't heard any opposition to. Biotechnology in the abstract is threatening in the same way that "genetic engineering" was threatening during the cultural times of the first live-action Spider-Man movie with Toby Maguire. It's threatening for the same reason that radioactivity was a scary threat that gave the earlier backstories of Spider-Man his powers.
In short, it's new, potentially disruptive, and the instinct package that makes someone "on the right", or roughly "conservative" includes wariness around what might seem like an un-needed or unjustified change to major aspects of life.
I'm worried about what possibilities this opens up.
There's an idea in Science Fiction of a "Grey Goo" scenario. In short, this is where we make self-replicating nanobots, and they replicate infinitely. Taking apart all other molecules in order to re-assemble them into nanobots.
This concern relates to bio-engineering bacteria changing to eat things we don't want them to eat. Or those plastic eating bacteria being released into some environment where plastics are really needed. Like if there was something that made plastic turn into useless goo super fast, and it was released in some storage environment that used a lot of plastic containers, or plastic wrap, then that could really mess up the supply line systems.