AR needs to kill the smartphone screen soon. Make my phone a keyboard and an external processor for my wearables.

Thank you. For as much as this post comes up, I hope people are at least getting an education.

Just looking at the mental space of the three fanboy types… Mac seems the chilliest to hang with.

e: lol, case in point

I did not mean…

Plants with more flexible and responsive genetic systems were better able to adapt to changing environments and thus more likely to survive and reproduce, so yeah. However, the basic building blocks of these systems - DNA replication, gene expression, and the fundamental biological processes arose from simpler chemical and physical interactions that were likely governed by principles of self-assembly and thermodynamics. The primary drivers are different at different levels of abstraction and complexity, and there’s dynamic interaction across levels.

Thermodynamics -> Natural Selection -> Responsive (Epi)Genetics -> Memetics -> Metamemetics (probably?)

We “boil things down” to Natural Selection or Thermodynamics as is convenient for communication, but the higher levels affect the lower as well. So we can’t really reduce them like that without losing important information.

In our effort to disillusion people of the idea that evolution has a purpose or conscious hand, we over-simplify things, though. Plants actively (but not consciously) shape their own evolution through complex molecular and genetic mechanisms. They can respond to environmental stresses by altering their DNA methylation patterns, potentially priming future generations for similar conditions. Plants also engage in niche construction, modifying their surroundings in ways that influence their evolutionary trajectory. For instance, they can change soil chemistry through root exudates, creating new selective pressures for themselves and their offspring. Plants participate in intricate co-evolutionary relationships with pollinators, herbivores, and other organisms. These interactions create dynamic fitness landscapes that drive reciprocal evolutionary changes. While not “inventing” traits in a deliberate sense, plants possess sophisticated genetic tools - such as whole genome duplications, transposable elements, and adaptable gene networks - that allow for rapid evolutionary innovations. These mechanisms enable plants to continually adapt and evolve, even without conscious intent or direct feedback.

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I understand this perspective, because the text, image, audio, and video generators all default to the most generic solution. I challenge you to explore past the surface with the simple goal of examining something you enjoy from new angles. All of the interesting work in generative AI is being done at the edges of the models’ semantic spaces. Avoid getting stuck in workflows. Try new ones regularly and compare their efficacies. I’m constantly finding use cases that I end up putting to practical use - sometimes immediately, sometimes six months later when the need arises.

I just meant I work for a corporation. I produce videos for marketing, been doing it for 25 years.

What tasks are you thinking about?

It saves me 10-20 hours of work every week as a corpo video producer, and I use that time to experiment with AI - which has allowed our small team to produce work that would be completely outside our resources otherwise. Without a single additional breakthrough, we’d be finding novel ways to be productive with the current form of generative AI for decades. I understand the desire to temper expectations, and I agree that companies and providers are not handling this well at all. But the tech is already solid. It’s just being misused more often than it’s being wielded well.

Don’t blame CEO tomfoolery on generative AI. Generative AI is amazing.

It turns out gen AI is good at training virtual robots, which can then be embodied in robots like this guy. There’s a $16,000 Chinese version of that robot that’s a bit smaller. There’s a robot dog that GPT4 trained to balance on a beach ball, and the NVIDIA pen twirling training. I guess what I’m saying is… robots exist.

A.I. is likely going to change the world as much as the printing press (at the very least, and possibly as much as the industrial revolution). I wouldn’t call it a nothing fad. It is definitely shaking up my career (video production) already. And at least from my point of view, becoming a creative generalist is the best way to adapt. Work is going to become more about knowing a little to moderate amount about a whole lot of things, so that you can effectively orchestrate a hierarchy of AI agents. Deep specialization increasingly carries too much risk, and the A.I. are much better at some aspects of it than we typically are.

Perplexity

Everything moves faster in AI. Open AI’s already moved on to their regulatory capture phase, so unholy pacts are a given.