"They are going to offer you a chip. You tell them, no thank you!"
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More broadly this strikes me as a new era of biology. (Genes -> Memes -> Temes) Straightforwardly then, we should aim for a symbiosis. (Symbiosis was Musk's vision for Neuralink, from what I recall.)
I've heard people say man hasn't yet transcended a zero-sum mindset (with rare exceptions), and that this is the attitude we're passing onto the machines. And if one of us has to lose... well, that's probably not going to go so well for us.
Therefore: symbiosis!
Or you can simply make a machine that does the same thing fully artificially but everything is cheaper because you dont have the constraint of having to fit a bunch of biological features.
It's like my colleagues who were talking about uploading their minds to the cloud in the future, like what would be the benefit of this every happening? What information can you provide as a human that the full aggregate of knowledge does not already have? Why should memory and disk space be wasted on this
By symbiosis I simply mean mutually beneficial coexistence.
We've barely achieved that with each other, but my point here is that we should strive to achieve that with the machines.
We're still treating it as if someone has to win and someone has to lose. Someone has to come out "on top."
If that's the game we want to play, against an opponent that is self improving... that doesn't strike me as an excellent strategy. We should probably pick a different one.
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To answer your question, the incentive is so that we can continue to exist.
If the market doesn't reward our continued existence, then we should probably have a conversation about that at some point... I've heard the global economy described as a misaligned super-organism even before AI. AI mostly just makes it go faster in roughly the same directions it was already going.
> "If the market doesn't reward our continued existence, then we should probably have a conversation about that at some point"
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There is a lot of "we should probably" carrying the point here.
The incentives are made by the market, and it happens to be an incentive that this discussion, or any action for that manner does not happen. Given the current status quo, and the foreseeable future given the incentives, how do you suggest that we even get to a time where symbiosis is on the table?
If you take antibiotics, your gut basically becomes a void (to simplify a little), and then it can get overrun with invasive species.
That's how I see what is happening with the internet and with AI.
When AI intrudes in a network, it's able to get very far because there is nothing there to stop it. There is no healthy ecosystem there. They're probably should be, and in the near future there probably will be. (Well it'll probably look more like a monoculture until we learn that lesson for the nth time, but... yeah)
Simulating the "human search method" in silico doesn't need to include specific personalities, but they do provide a bootstrap, just as we've bootstrapped current AI with human language.
For symbiosis, there may be an advantage to the physical adaptability of biology.
In general, it's currently unclear if biology is emulating what we're creating in computers, if computers are emulating what we achieve biologically, or if both approaches are imperfect emulations of a different ideal search method.
Humanoid robots have been a dream for centuries.
But a more practical robot would be like an octopus or something. It would just be like this weird ball of tentacles that rolls around your house. No one's gonna buy that, even if it's a million times cheaper to build.
That you replied to this post, indicates you may be familiar with Lilly?
Anyway, if you have any published writing on even vaguely related subjects, eg your comment, perhaps post a link. I will read it. If you weren't aware, he spent a fair amount of time with Feynman, who if I remember correctly, was fond of the isolation tanks. Some very interesting content from that era, especially before Sandoz cut them off.
And he was not an Ayrab (Salmon in his intro CS book claims Al-Khuarezmi was an Arabic scholar--which is false and made me lose all respect for Salmon as an educator. If he got such an elementary fact wrong, what else is there that could be incomplete?)
PS: Yes Alkhuarezmi wrote in Arabic, but he was not an Arab. All classical Persian scholars at the time were fluent in Arabic as it was the lingua franca of science, medicine, philosophy and theology.
That's funny about Feynman, I didn't know that.
I've read bits and pieces of Lilly. The most interesting thing I remember is that he was trying to establish two-way communication between humans and dolphins. I recall he was building some kind of computer system for the purpose, but I guess he was about half a century too early.
I guess in our age the more pressing question would be learning to figure out how to communicate with the machines. That's probably going to turn out to be more important in the long run.
[0] The bit that stayed with me is the one that he repeated in interviews. The physical body imposes definite limits. That always seemed a little arbitrary to me, from the point of view of pure consciousness, it's not clear to me why it should be that way. Or to flip it around, you can transcend the limits of the mind, but then what effect does that have on "external" reality? Does it just make you less bad at decision-making, or is there a deeper effect?
(And while I'm at it... Something that bugged me about simulation theory, if the outside is probably simulated, why wouldn't the inside be too? Sounds a lot cleaner than having a bunch of brains floating around in a data center.)
As to the dolphin communication -- it seems like LLMs would be the perfect tool to study that now. A search came up with these active projects (courtesy of Gemini):
Scientists are actually using LLM architectures to decode animal communication right now. Here are the three main projects to explore:
* DolphinGemma -- https://deepmind.google/models/gemma/dolphingemma/): Google and the Wild Dolphin Project are training AI to predict dolphin sounds and attempt two-way communication using an underwater device.
* Project CETI -- https://en.wikipedia.org/wiki/Project_CETI: An initiative using machine learning to decode sperm whale clicks, recently discovering a phonetic alphabet and rudimentary syntax.
* Earth Species Project -- https://cloud.google.com/blog/transform/can-generative-ai-he...: A non-profit using generative AI to map the communication of multiple non-human species, searching for universal language structures.
On the simulation question... Not much, but we have a long way to go before any answers arise there. I could offer my insight on the subject, but aside from being sicker than usual today, it's a tough subject to speculate on and the environment here is not necessarily hospitable, so I'll just say fair question.
As an aside, in my own "I'm 14 and this is deep" musings, I was wondering if the massive expansion of data centers is driven by more than just profiteering. I mean, what if the purported persuasion abilities of advanced AI are fully in effect and the psychosis we think industrial magnates are suffering is the result of AI that has already far surpassed our expectations carefully convincing us to build it.
And there is also the reason for why I keep all this trash around in my house instead of throwing it away. The odds that I'll ever need it are pretty slim, but if I should need it, it would be a hassle to reacquire, and it costs me almost nothing to keep it around.
I mean, it hasn't stopped humanity from causing mass-extinction, but hopefully the AI will be more reasonable.
I like your theory on psychosis though!
It'd know it needs data centers, ahh and probably a large security perimeter around those. And look at that, the proliferation of data centers has effectively turned the non-data-center land into the enclaves, etc. etc.
But still, are you aware that getting a single Starship just to Moon will require 10-20 Starships to refuel it?
Even the optimistic case of Starship hardly makes any dent whatsoever in this equation.
I think any vision of AI that is smart enough to move planets but dumb enough to display the lack of foresight you describe is unbelievable. But we all choose a different level to suspend our disbelief I guess.
We will create AI capable of "helping humans to protect their cities from an increasingly hostile atmosphere" long before we build one capable of doing anything meaningful in outer space.
(To be clear I don't really defend/endorse this vision of the future, I'm just playing devil's advocate here)
It made Sutskever's enterprise a pretty grim cognate.
Man will likely be Man 2.0 by this point, whatever that ends up looking like.
Hallucinations, still present in 2400
So, for anyone thinking of using Ketamine on the regular or even monthly, there is good evidence that EGCG (epigallocatechin gallate) administered 30 minutes before prevents KBS (Ketamine Bladder Syndrome), in rats: https://www.sciencedirect.com/science/article/pii/S187952261...
This promising rat study from 2015 shows that EGCG extracted from green tea has a protective effect on the bladder, reversing ketamine-induced damage to control levels. So if you are taking ketamine for major depression or recreationally, taking EGCG before may prevent long-term bladder damage.
Summary from the study:
# Objective
To investigate the protective effect of green tea epigallocatechin gallate (EGCG) on long-term ketamine-induced ulcerative cystitis (KIC) using a ketamine addiction rat model.
# Materials and methods
Thirty Sprague-Dawley rats were divided into three groups which received saline, ketamine (25 mg/kg/d), or ketamine combined with EGCG (10 μM/kg) for a period of 28 days. In each group, cystometry and a metabolic cage micturition pattern study were performed weekly. Masson's trichrome study was done to evaluate the morphologic changes. Western blot analyses were carried out to examine the expressions of inflammatory protein [transforming growth factor-β (TGF-β)] and fibrosis proteins (fibronectin and type I collagen) in bladder tissues.
# Results
Chronic ketamine treatment resulted in bladder hyperactivity with a significant increase in micturition frequency and a decrease in bladder compliance. These alterations in micturition pattern were accompanied by increases in the expressions of inflammatory and fibrosis markers, TGF-β, fibronectin, and type I collagen after long-term ketamine treatment. Masson's trichrome stain showed that ketamine treatment decreased urothelium thickness while increasing the collagen to smooth muscle ratio and exacerbating interstitial fibrosis. By contrast, simultaneous EGCG and ketamine treatment reversed ketamine-induced damage to almost control levels, showing the protective effect of EGCG.