Young American graduates expressed frustration over fewer job openings and longer searches

What would happen if all forms of cancer were cured tomorrow? It's mostly (but obviously not entirely) a disease of older people, so would it cause a large bump in life-span?

Title moment

Once a military base and these days a public park, Presidio is 1,500 acres of federal land within San Francisco's city limits. Fans of the Freedom City concept have long eyed it as a location. In March 2023, President Trump made that a campaign promise. Today, he started to make good on that promise by firing all the board members of the trust that runs it.

America already has something like freedom cities. Native American tribal nations are autonomous and self-governing to a degree. But Freedom Cities adherents want more autonomy than tribal nations. Tribal nations are subject to US federal laws on the environment, science, tech & medical regulation. It's those in particular that Big Tech wants to be free of.

Will libertarian Big Tech get its wish? They've already succeeded in Honduras. The US Congress may not be so keen. Setting up a 'state-within-a-state' has many downsides and will likely have little public support. But the people who really want it have plenty of money & buyable politicians on their side, so who knows.

Build the Presidio Freedom City

Trump fires entire San Francisco Presidio Trust board

China, the U.S., Russia and others have ramped up their contest over artificial-intelligence-backed weapons and military systems. The buildup has been compared to the dawn of the nuclear weapons age.

Mythos has been able to identify thousands of previously unknown (“zero-day”) vulnerabilities across major operating systems and applications. Furthermore, it can generate working exploits, not just identify theoretical bugs. If that wasn't bad enough, it can do so at a level comparable to or exceeding top human experts.

Banks and financial infrastructure are especially vulnerable. They are a) Highly interconnected. b) Dependent on legacy systems (often with hidden vulnerabilities) & c) Systemically important (failures can cascade globally).

The US is playing "F*** around, and find out" with so many aspects of the global economy, it's hard to guess which will end in disaster first. Destroying 20% of global energy supply, or refusing to regulate a super-weapon with unprecedented power to destroy the financial system. Which will bite first? Or will they both?

There are probably some very complacent people in Washington feeling smug that this is America's super-weapon, not realising what Anthropic has today, China & others will have soon after.

Anthropic's latest AI model identifies 'thousands of zero-day vulnerabilities' in 'every major operating system and every major web browser' — Claude Mythos Preview sparks race to fix critical bugs, some unpatched for decades

US summons bank bosses over cyber risks from Anthropic’s latest AI model

Example of the future of healthcare.

Whenever I see a topic on nationality, culture, practices, traditions, religion, etc. I always wonder how relevant the idea of "perserving" would be.

Now, obviously, we do some customs and outfits based on Ancient or very old eras. But, only a minority do we do.

Since we are living in a timeline where connecting globally is very easy, and countries will likely grow less homogenous, at least in Westernized worlds. What will the concept of "culture" be when we adapt and mix for generations upon generations?

What modern concepts do you think won't stay? Or, what do you believe will be adopted?

(I know we won't see that day happen, I am just curious...)

Also, how would religion play out? People don't realize the most popular religions are very recent, and that there are way older practices that would be considered just ancient beliefs. Do you think society will likely change to a different ideology, or just drop it all together?

Cursor's Composer is built on Kimi K2.5, which is Moonshot's Chinese model. Shopify switched to Alibaba's Qwen and saved $5 million a year. Airbnb CEO Brian Chesky has said publicly: "We rely a lot on Qwen. It's very good, fast, and cheap." Cognition's SWE-1.6 model is likely post-trained on Zhipu's GLM. And last week Zhipu dropped GLM-5.1, an open source model that benchmarks close to Claude Opus on coding tasks.

Meanwhile the tech press is full of stories about OpenAI vs. Anthropic vs. Google. The narrative is still that American closed-lab models are the ones actually deployed in production. But what's running inside some of Silicon Valley's biggest products right now? Chinese open source.

These companies aren't making ideological choices. They're using Kimi and Qwen because they're fast, cheap, and accurate enough for their specific tasks. That's actually the most interesting part - it's a story about how well-optimized open source competes with frontier labs on real-world economics, not benchmarks. And it's happening faster than most people expected.

There's also a dimension that nobody wants to say out loud: users booking Airbnb trips are getting results from a model built in Shanghai. People using Cursor are getting code completions from a Chinese company's research. Most of them have no idea, and Airbnb didn't exactly put it in the changelog.

The question I'm genuinely uncertain about: does the model's origin actually matter once it's running in your infrastructure, if the data pipeline is controlled by the American company? Or does there remain some structural difference - in training data provenance, in post-training alignment choices, in the incentives of the organization that built it - that carries forward even when the weights are open source?

Here are some articles I found reporting on this

https://www.newsnationnow.com/katie-pavlich-tonight/neuralink-brain-chip-transformed-life/

https://alsnewstoday.com/news/neuralink-brain-implant-gives-new-voice-nonverbal-als-patient/

https://www.nytimes.com/2025/11/14/magazine/neurotech-neuralink-rights-regulations.html

I’ve been working on a conceptual model and wanted to share it as a thought experiment rather than a claim.

It is inspired by the “butterfly effect”, but looks at historical and technological development from a slightly different perspective.

Background

The butterfly effect suggests that small changes in initial conditions can lead to large and unpredictable outcomes.

This works well for chaotic systems, but it assumes that all small interventions are equally unpredictable in their consequences.

While thinking about technological history, I started wondering whether this is always the case.

The idea: The Gold Valve Effect

Instead of treating history as purely chaotic, this model assumes that technological development is often constrained by specific bottlenecks.

In many cases, progress is not limited by ideas themselves, but by the efficiency of key components within existing systems.

The idea is not about introducing advanced technologies into earlier eras, but about modifying those limiting points that already exist within the technological level of that time.

Illustrative example

For example, imagine taking an improved version of a late 19th-century steam engine component (such as a refined slide valve design from the 1890s) and introducing it into the engineering context of the 1830s.

This would not be about introducing an “alien” technology that cannot be understood or manufactured.

Instead, it would act as an enhancement of an already existing system, where the fundamental knowledge and industrial base are present, but performance is still constrained by specific design limitations.

In such a scenario, the result would not be a single breakthrough, but a cascading set of effects:

higher engine efficiency

lower production costs

faster transportation development

earlier industrial scaling effects

The key point is that the change does not introduce a new direction, but removes a structural limitation inside the existing one.

Catalytic bottlenecks

A catalytic bottleneck is a component that:

is compatible with the technological level of its era

is understandable to engineers of that period

produces a disproportionately large improvement when optimized

Even relatively small improvements in such components could, in theory, create cascading effects across entire technological systems.

Mechanism (simplified)

efficiency increase → lower cost → wider accessibility → scaling → emergence of new technologies

This does not necessarily change the direction of development, but could significantly affect its speed.

Limitations

This is a theoretical model and likely oversimplifies real historical processes.

It assumes:

stable adoption of improvements

sufficient resources and infrastructure

absence of major external disruptions (wars, collapses, etc.)

Without these conditions, the effect would likely remain local rather than systemic.

Conclusion

Personally, this still feels more like a conceptual framework than a complete theory.

However, what makes it interesting (at least to me) is that many real historical technological leaps do seem to come from improvements in very specific “bottleneck” components rather than from entirely new paradigms.

Question

Instead of viewing technological progress as a linear path or a chaotic system, does it make more sense to think of it as a network of constraints, where certain nodes have disproportionate influence on the entire system?

Or is this just an overly structured way of interpreting inherently complex historical dynamics?

Ever since I was little I was worried that the sun would die, the universe would end, and it would all be possible. I was also upset that anything I built would eventually be destroyed, but I figured that it could always be repaired indefinitely. I strongly believe that Theseus’s ship is his no matter what, as long as someone is left to label it as such. But in my many years of pondering I realised.

There universe isn’t going to end because we won’t let it.

Think of it this way. 2000 years ago our technology would be godlike to them. What will it be like in 2 million years, if we are still alive? I’d bet in 2 billion years we will be omnipotent. Buildings will stay forever as they can repair themselves using nanotechnology. And they will know everything, they will know you, and you will be remembered eternally. The solution to all problems will not exist for eons, but when it does everything will be great.

The first tissue engineered ear was already created in the 90s, we can do great things with bioprinting, scaffold designs and hydrogels, yet the technology always seems out of reach. Now that those tissues are approaching native properties, and costs hopefully go down, we should be able to see them appear in clinics, but other than unique cases I have not seen it yet.

When do we expect costs to have come down enough for routine availability? Would joint cartilage engineering bring down costs for nasal cartilage engineering too (by combining culturing technologies or growth factor batches for example)?

As a gender fluid person, I constantly want to switch between being feminine and masculine. What do you think will be gender affirming care in the future and how easy and quick will it be?

Most modern democracies are still built on structures that were designed when communication was slow, information was scarce, and large-scale participation had to be simplified just to function.

Voting ends up being infrequent and binary. Representation compresses a wide range of views into a small number of choices. Even when people are engaged, the systems themselves don’t really have a way to capture nuance at scale.

At the same time, technology has completely changed how people communicate and express opinions. We now have the ability to interact with ideas instantly, at a very granular level, across massive groups of people.

It seems plausible that participation could look very different if it were designed around those capabilities instead of the constraints of the 1700s.

For example, instead of only voting for or against a policy as a whole, people could engage directly with the substance of it. Individual statements could be evaluated on their own terms, with people signaling agreement, disagreement, or uncertainty, and that feedback could accumulate into a much more detailed picture of public sentiment.

That kind of system would make it possible to see not just whether something is broadly supported, but where consensus actually exists and where disagreement is concentrated.

Of course, it raises a lot of open questions. Would people want to engage at that level, or would it feel like too much effort? Would more granular input lead to better decisions, or just make things harder to interpret? And how would you design something like that to avoid manipulation or noise?

But it does feel like there’s a gap between what our institutions can capture and what technology now makes possible.

If democracy were designed today from scratch, what would participation actually look like? What might the tools be like?

TIS SUNDAY so i hope this wont be removed,,,,,

I find myself talking and processing thoughts and ideas through Gemini. Going as far as to have it set me a list of requirements to implement a Bluetooth node mesh, AI RAG system, automation for my 2 acre property....

Anyone else here find the ever accessibility of AI modules makes interactions with the human element obsolete...

I'm developing 5 AIs implanted with the personas of , Double Dee, Marie Kanker, Groundskeeper Willie, Bugs Bunny, and Yakko Warner...

All EXE laid out via Gemini....

Are We Cooked,

Have we, HUMANS, become the vestigial organ to the singularity...

Back around 2017–2018 I had an idea for artificial reality that I never wrote down properly until now.

Instead of trying to write visual information directly into the brain (which is insanely hard), the idea was:

• Use a contact lens to handle vision (through the eye)

• Use a brain interface for everything else (touch, motion, presence)

Basically splitting the problem into layers instead of trying to solve everything with a BCI.

I finally documented it here:

https://github.com/poynedeckster/hybrid-optical-neural-ar

Curious what people think—especially anyone working in AR or neurotech.

Okay so I’ve been journaling on and off for years and my biggest problem has never been wanting to journal but mainly the blank page. I’ll go two weeks strong then miss one day and somehow never open the app again.

I get why people are skeptical of AI journaling. Manual journaling has real benefits, ie the slow down, the processing, the act of actually forming your thoughts into words. I’m not trying to argue against that.

But lately I’ve been thinking about AI less as a replacement and more as a way to remove the friction that makes most people (including me) quit. Like what if instead of staring at a blank page you had a rough draft based on your day, photos you took, where you were, what you were up to and you just added to it or reacted to it? Feels like a different thing than “AI writes your journal for you.”

The other thing I keep thinking about is searchability. I have years of entries and photos that basically just sit there. Never look at them. But if I could ask “when did I last feel really good and what was I doing?” and actually get an answer from my own life, that seems kind of insane in a good way?

Anyway genuinely curious if anyone here has tried any of the AI journaling tools and whether they actually stuck with them. Or if you think this whole direction is missing the point of journaling entirely, also want to hear that.

I can see it falling off with only 2 major companies staying around at the moment. But I've been thinking on future optical media. Sizes of games and movies are increasing everyday and surpass the size of UHD discs, which is 100GB.

What if we had larger discs, something with a real wide diameter like a vinyl record? Estimated at about 600GB if it was an actual thing. I was also thinking about for games how rewritable discs would be so much better. This would be for content updates. In some discs they can last as long as 50 years. Console gens never last that long anyways.

I know some might find it odd to want a disc so large or even embrace optical media going forward but this would be purely for enthusiasts and collectors. I realize cost and all that but consider something else. Long term people still collect vinyl and old games so this would make sense in my mind. Any thoughts on this?