And why the US and China are fighting over silicon in the first place.Subscribe and turn on notifications 🔔 so you don't miss any videos: http://goo.gl/0bs...
There’s no room with silicon because you start getting into problems like quantum tunnelling which makes it basically impossible to isolate signals on the chip. It’s basically like trying to make an ever smaller vacuum tube, at some point you hit a limit. Where things get interesting is where we move away from using silicon. There are a number of substrates that we know are possible, and have been shown to work in the lab. It’s not a question of whether it’s possible, but just a question of putting this stuff into mass production. This is why that MoS2 wafer is so exciting. It’s the first alternative substrate that looks like it might be possible to mass produce in the near future.
There’s no room with silicon because you start getting into problems like quantum tunnelling which makes it basically impossible to isolate signals on the chip. It’s basically like trying to make an ever smaller vacuum tube, at some point you hit a limit. Where things get interesting is where we move away from using silicon. There are a number of substrates that we know are possible, and have been shown to work in the lab. It’s not a question of whether it’s possible, but just a question of putting this stuff into mass production. This is why that MoS2 wafer is so exciting. It’s the first alternative substrate that looks like it might be possible to mass produce in the near future.
Even western science fiction starts to look dated when you read a but about these new materials in initial development.