Consider core electronic components: I can make resistors, capacitors, batteries and wires easily enough. I can't make diodes or transistors without making highly specialized equipment first. This is a barrier to entry which is moderately high.
The barrier to entry for making a CPU on a die is even higher. The barrier to entry for nano-technology will be the highest and is probably much higher than the barrier to entry for making nuclear weapons.
Further, nanotechnology reality is far removed from the perceived threat. Here's a good essay about that. I see the preceived threat of nanotechnology to be similar to the perceived threat of AI. I do believe in our ability to make molecular level computing devices. I do not believe in our ability to make self-replicating machines.
posted by plinth at 8:29 AM on March 22, 2000
It's the same with nanotech. If I can't buy nanotech equipment or if I can't make nanotech equipment then I can't have it.
Again, I also don't have confidence in our ability to deliver on the pie-in-the-sky promise of self-replicating machines. Self-replicators on a nano level are just a different scale than self replicators on a macro scale. To date, we don't have factories that can build anything, including build new factories. What we do have is machines that can build specific components that are precisely directed. I would expect the same from nanotech.
I would worry more about genetic engineering going wrong before nanotech.
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posted by Sean Meade at 7:56 AM on March 22, 2000