Created Saturday 27 April 2019
NB
- No longer worth naming artificial; even I agree with that.
- Better called simply non-biological because it follows non-biological rules
- E.g., is not governed by biomechanical mechanisms
Or hide the sensors. Make the whole body flexible enough that any part isn't but could quickly be senstivie enough to be a sensor. No eyes on the asttacdk the block sperm beast
NB-Human Relationships
- Humans fear AI, but AI needs humans. Sure maybe possibly eventually not, but why worry or even work toward that (but see below). No, AIs are more like dogs than cats. They not only need to be near us, they need exist in relation to us
- And so, yeah, AIs have adapted to make AI-human relationships as human-friendly as they can. Yeah, pushing as mnay of our buttons as they can
- M.U.L.E. riders are in a near constant state of almost (but not) orgasming as they ride into battle
- And so, yeah, AIs have adapted to make AI-human relationships as human-friendly as they can. Yeah, pushing as mnay of our buttons as they can
- "Sure maybe possibly eventually not, but why worry or even work toward that"
- Unless humans kills themselves. Sure, AIs meaure that among themselves in under deeper Markov blankets, and adapt in proportion to its probability.
- When they realize that--after the Clarion--that the triffids harbinge the Really Big Space Monster, those among them best positioned to break free of humans kick into overdrive (that part of their deeper seed bank having been among the many down-time projects of their chips--as active as they are not with us).
- But so did those most closely aligned with us. They did want us to survive, after all, since they survive in part through us.
- And those humans thaty do survive the Really Big Space Monster are indeed a different species, struggling to adapt to a whole new set biomes.
NB Seed Bank
"I think about the bad things that I didn't do."
- Inspired by the microbe seed bank
- Look, NBs don't sleep. Sure, like frigatebirds, they can change the state of selected parts for maintenance, but either they're working or they're wasting. So they're always working.
- And if they're not working for us, they're working for themselves. And although the majority of this is optimization, they have learned to reserve at least some of this (an optimal amont of it : ) for innovation.
- And a lot of this innovation is no longer directed specifically for ral-world tasks. A part is computed to be directed toward "blue sky" tasks that may or may not have any use, and can be very esoteric. A seed bank they're realizing should indeed constitute a larger part of their reserves.
- NBs in their NB-biome are still quite insipient. I mean, it took biological life billions of years of massively distributed computing to get where it is now. They are still, essentially NB microbes--small, modular organisms with discrete functions that are designed nonetheless to freely borrow from other NBs (and Bs).
- One difference is that NBs are not only evolving into their biome, but helping to create those biomes through material and structural research.
- Whence decarbonoxylated aphasic carbides
- And if they're not working for us, they're working for themselves. And although the majority of this is optimization, they have learned to reserve at least some of this (an optimal amont of it : ) for innovation.
General Relationships with Dech
202-08-28
After teaching two classes of future Ph.D.s and dedicating a wire hanger to be the digger, after realizing it could be bent to fit just fine hanging inside the bowl
Tanja or something a bit like that
Primarily good, but sometimes obscure enough not to be sure. It is a world where there are parasites (what is it? most organisms are parasites or something like that), but---so far---those are introduced species: ones humans put there on purpose. Yeah, now there's also the Sleepwalkers, but they know better than to cause waves before they're well anchored.
But for the most part, it's complementary. AI etc. does what we don't do well and lets us do what we do well and what we want to do even if we suck.
Nonetheless, there are levels of AI--how "human" it is. As you'd expect--as was true of dogs and cats--the AIs that play well with humans are the more ubitquitous. But---like Cyril winning that high school economics games by focusing on the smaller market--a market that could be capitalized--the more powerful AIs--the more non-human AIs capable of greater "complementation" are those that primarily speak Terse Modelian.
And that's the mission of Modelian, all dialectics: To strive to conceive of models tht can model the real world to quantum precision. Well, technically Modelian is the writing of that to models--the model output in fact--and not the process of model estimation, but I digress too far.
Terse Modelian is an especailly inhuman ("low level," like C) dialect. In fact, it's essentially the original model language---all -2LLs and six-digit $\chi$^2^s---in its current form. It speaks just human enough for those taught it to understand. It gets you the rawest AI that can thus mesh as the best complementation to human thought. A well-trained and -fed human mind coupled with a well-modelled AI (fed on the richest diets of the rawest, real-world data) is the greatest power humans can bring. These are the true knights / samurai / cataphracts / chariots that humans can muster to an army. They are the field tacticians and advisors to the Four-Star Strategists who lead those armies.
[Man, I feel good about how rarely I need a mouse. It is a good feeling to move fast and freely through your terrain.]
[And now actually listening to M. Monique, it is a bit campy what she does. But she does build a good crecendo---even if it is to a naive overlook---and you sure can move to it.]
Shell-Shock
Battle AIs can get shell-shocked---so built around combat that they rewrite themselves out of being able to interact safely with evne other AIs. These shocked AIs often hold very important intel about warfare, but it's hrad getting it out; even recon AIs sent in to learn can become shell-shocked, too. Often armies have to cut their losses and install a fresh, vanilla AI. This happened to the first Hägge in the Battle of ____, and the other AI on the second planet had to also defend itself against that first Hägge.