robots2005 AI32080
New Member
I'm thinking an AI if continued to advance will regard humans as able to turn it off and try to wipe us out soon.
It is easy to make a robot, not too easy if it relies on manual metal shop equipment. But it is hard to make aerospace components able to break the Mach barrier.
For this reason it should be possible to at least destroy key aerospace manufacturing equipment if not defend and use such. Some industrial processes are not soon easy to mimic with tool and die equipment, such as turbine blades. For this reason, an AI factory will need to be big if it doesn't use sci-fi processes not invented yet. Seismic imaging may find such digging activity, especially passive sensors listening to activity between the sensors and an aquifer. Eventually entangled microwave sensors and entangled quantum dot neutrino sensors will image all subterranean activity.
Sounding rockets can be warehoused in a Faraday Cage near an airport. Ideally, the next generation of VTOL will house electronics and electrical systems in easy to access air-structure manifolds. If/When EMPs happen over an airbase, it should be quick to swap out the damaged equipment and replace the equipment with Caged spares. Ideally such a system can be retrofitted with optical components when they are invented, rendering such planes usable for over 50 years. Simple A-10 style plane designs are superior to complex computer intensive long supply chain F-35 styles. It would be nice to build all commercial aircraft now, able to housing military transport or imaging equipment, ideally without a time-consuming retro-fit. This will increase fuel costs to have heavier plane floors and require door installation.
It is easy to make a robot, not too easy if it relies on manual metal shop equipment. But it is hard to make aerospace components able to break the Mach barrier.
For this reason it should be possible to at least destroy key aerospace manufacturing equipment if not defend and use such. Some industrial processes are not soon easy to mimic with tool and die equipment, such as turbine blades. For this reason, an AI factory will need to be big if it doesn't use sci-fi processes not invented yet. Seismic imaging may find such digging activity, especially passive sensors listening to activity between the sensors and an aquifer. Eventually entangled microwave sensors and entangled quantum dot neutrino sensors will image all subterranean activity.
Sounding rockets can be warehoused in a Faraday Cage near an airport. Ideally, the next generation of VTOL will house electronics and electrical systems in easy to access air-structure manifolds. If/When EMPs happen over an airbase, it should be quick to swap out the damaged equipment and replace the equipment with Caged spares. Ideally such a system can be retrofitted with optical components when they are invented, rendering such planes usable for over 50 years. Simple A-10 style plane designs are superior to complex computer intensive long supply chain F-35 styles. It would be nice to build all commercial aircraft now, able to housing military transport or imaging equipment, ideally without a time-consuming retro-fit. This will increase fuel costs to have heavier plane floors and require door installation.
