One of life's paradoxes is that supposedly very smart people often do the dumbest things. The leadership of the Big Tech & AI companies are a case in point. They've sold themselves as human job shredders to investors, yet seem surprised at the backlash. Having the gall to refuse to pay taxes, and also expecting their profits to be further subsidized by consumers' jacked up electricity bills only adds to the public's resentment.

But their short-sightedness is even worse. They expect to be the biggest stock market companies in human history, while simultaneously creating unemployment levels somewhere north of 25% and climbing.

Now for the US firms the tide has turned, and whatever happens, their old 2026 agenda is dead for good. They can either embrace the change they are creating with honesty, or the people will do it for them. The days of selling investors a future where they profit from automating employment, and then play a game with everyone else where they deny saying as much are over.

What is true for AI in 2026, will soon be true for physical work and robotics. The clock is ticking for human employment when it comes to driving jobs and unskilled work, too.

Will this all end in Universal Basic Income? Who knows, but if not, it will either be something like it, or societal collapse. Unsurprisingly it seems people don't like the latter option, and are willing to vote for representatives who are against it, too.

Time for the Big Tech and the AI companies to read the room.

 

By early November, the European Commission will roll out an expanded version of its Open Research Europe (ORE) platform, which uses a ‘publish, review, curate’ model. In this approach, preprints are posted, reviewed openly — with the identity of the reviewers and their reports made public — then flagged as ‘peer reviewed’ on the same platform.

The idea here is to separate the publication, peer-review and evaluation of scientific research from the traditional academic journals that have historically controlled all three.

At the moment, much of the scientific publishing industry is built on a rather strange arrangement: research is largely paid for with public money, academics often carry out peer reviews for free, and universities then pay huge subscription fees to commercial publishers like Elsevier and Springer Nature to access the results.

If this new model catches on it could seriously disrupt that arrangement, make scientific research much more accessible and change the way academic work is evaluated and recognized.

Preprint-centric publishing model gets major boost: European funders put weight behind emerging ‘publish, review, curate’ approach for preprints.

 

The problem here is that although the chemistry is sound, the economics are more questionable. Even with this breakthrough, the end methane looks orders of magnitude more expensive than the wholesale price of existing methane. Still, economies of scale are a real thing, and there are lots of use cases for this where it doesn't have to compete with the wholesale price of methane, for example in very remote locations far away from gas pipes or as grid storage options for solar power. How Terraform built the cheapest solar in North America

 

Nobody has ever used this kind of ‘assembly democracy’ to win a national election, though. It took them more than a year to build their candidate list, with over 80 student assemblies in six university cities proposing names, interviewing candidates and vetoing anyone they didn’t trust. The students disqualified themselves, and nobody from the ruling coalition or the top ranks of the old opposition was allowed to stand either.

What emerged was a list of 250 doctors, academics, lawyers, artists and athletes, 134 of them with PhDs. Because the students refused to stand themselves, their promises to clean up politics were believable to the electorate. Turnout jumped ten points to almost 70%, with roughly 600,000 more people voting than in the last election.

The result? 141 seats in the Serbian parliament, an outright majority.

As the famous quote, often erroneously attributed to Lenin, goes, "There are decades where nothing happens, and there are weeks where decades happen".

If ever there was a time of revolutionary change, it seems we are living through it now. Now the Serbian students have demonstrated a template for peaceful 21st-century revolution. By excluding themselves, and everyone from the old order, they've succeeded in wiping the slate clean. At least within their own party, the old right-wing strongman's party still has seats in parliament too.

How many people in other countries might try this approach? Abandon ALL the old parties, and sweep to electoral victory, with something only a year or two old?

ARTICLE source for quotes

 

Apparently it is also discussing converting Norway's Andøya Spaceport into a military launch facility. Isar Aerospace, a German company, launched their first Spectrum rocket from there in September. Germany has plans for its own satellite constellation SATCOMBw Stage 4, with initial operational capability targeted for 2029. Though oddly Germany is also contributing to IRIS², a separate EU satellite constellation.

Germany’s Air Force Says It Is Building Offensive Space Capabilities Out to Geostationary Orbit, and Will Not Rule Out Kinetic Effects

 

"the researchers identified 500 watt-hours per kilogram as an important threshold for the energy density of a solar stratospheric aircraft’s battery. At that level, they argue, persistent flight becomes viable across many parts of the world where atmospheric conditions allow…..By comparison, today’s commercial electric-vehicle batteries sit in the roughly 250 watt-hour per kilogram range, while experimental or specialty cells in the 400 watt-hour per kilogram range are already available. “We’re almost there,” Mascarenhas said. “Those cells are very expensive right now, but they’re getting cheaper very quickly.”"

​ It's a truism that war accelerates technology development, and we are certainly seeing it with the current Ukraine & Middle East wars. Now it seems another fundamental breakthrough is around the corner. The power of satellites has previously been restricted to a small club of those with the money and technology for space launch; soon it looks like that won't be true.

​ Outside of warfare, could this tech be a telecommunications alternative for satellite constellations? They would be orders of magnitude cheaper and allow for huge amounts of redundancy. Also, they won't leave you beholden to a Bond movie baddie on his private island HQ threatening to switch off your access.

Powering Solar-Powered Flight: Study reveals battery performance targets for solar stratospheric aircraft

 

People often talk of the 21st century being China’s century, but perhaps when the history books are written it will turn out to be Africa’s century.

Will China shape 2050 Africa more than any other region or country? I’d guess so. It will help provide the renewable energy, AI, and robotics that will equip that population.

The projected average ages in Africa, China, Europe and the US in 2050 are interesting. 25 for Africa, 42 for America, 45 for Europe, and 50 for China. China’s population will be on course to halve by centuries’ end too.

1.4 billion people with an average of 25? It won’t surprise me if Africa’s the center of world culture in 2050.

Africa’s unprecedented urbanization - against historic normalization

 

The former MTU student frequently films interviews and videos that he calls "pranks" across Cork and elsewhere in Ireland, with many of those featured in his content unaware that they are being filmed. The Irish Data Protection Commission has previously expressed concern about the misuse of smart glasses. A spokesperson for Meta said: “We don't tolerate harassing content, however it was captured, and have removed the account @rendy_vlad for repeatedly violating our bullying and harassment policies.

Filming people without their consent and publishing it is illegal in many parts of the world. It's why you sometimes see people blurred out on TV. It means the production people didn't get them to sign a model consent form.

But doesn't all Smart Glasses use fall into that category? You could say the same about phone cameras, but at least then, people recording can make the excuse that everyone could clearly see what they are doing.

The other murky area here is monetization. In most parts of the world people automatically own the copyright to their own image. If Big Tech wants to argue they can ignore copyright law, why do they get to be the ones who can ignore the law when they choose?

Instagram removes account of Cork-based influencer 'Rendy Vlad'

[–] [S] -3 points 3 months ago (2 children)

they’re actively aiming for a suborbital trajectory.

Or because they can't?

Musk was 80% confident this issue would be fixed by test flight 3 back in 2023.

On March 17, 2023 -"So I think we've got, hopefully, about an 80% chance of reaching orbit this year," Musk said on March 7 during an interview at the Morgan Stanley Conference. "It'll probably take us a couple more years to achieve full and rapid reusability."

  • source
  • parent
  • context
  • [–] 1 point 5 months ago

    They had to test it on mice bred to have skin cancer. Otherwise, they wouldn't be able to know if it detected skin cancer. As the article says current diagnostic approaches rely on visual examination followed by biopsies—procedures that are invasive and sometimes unnecessary.

  • source
  • parent
  • context
  • [–] [S] 17 points 7 months ago (1 child)

    This is entirely expected and a foreshadowing of a world to come. Prediction? When robo-taxis are everywhere they'll be a target, too. Driving jobs are one of the last refuges in our economy to earn money when people are out of other options.

  • source
  • [–] 6 points 7 months ago (1 child)

    The French were smart to keep all their military tech home-produced, and not rely on anything American. All of Europe (& Canada & S American countries, too) needs to do the same.

  • source
  • [–] [S] 4 points 7 months ago

    Nothing wrong with making money off open-source if you are adding some value. What I question here is the investors pouring hundreds of billions into closed-source AI. If free open-source is almost as good - how do you expect to get your money back?

  • source
  • [–] [S] 0 points 8 months ago

    It was foolish of Western countries to outsource their industrial bases to where wages were cheaper. That said, those jobs are going to disappear due to robots/AI, even in China & we'll be moving on to a different type of economic system anyway, whether we like it or not.

    Before that happens, there are benefits to this world of China-dominated manufacturing, too. We can see it most clearly in renewables & EVs, but I think it will happen with robotics as well.

    China will make humanoid robots cheap. I'm sure there'll be expensive luxury models, too. But like all other electronics, the vast majority will be cheaper 'almost as good' models. How cheap? China can already make them for $5,000 or so. I'd guess in the 2030s, a few cheaper humanoid robots will be the price of the cheaper car models.

    So, simultaneously with robots making human workers obsolete, they will also be giving us all our own personal workers, too.

    Article - China Leads in humanoid robots

  • source
  • [–] [S] 6 points 8 months ago (2 children)

    One of the most persistent dystopian futurist tropes is that AI & robotics tech will be controlled by the 1%, and the rest of us will be serfs living in a hellscape. I'm not surprised the idea is so popular; it's a Sci-Fi mainstay, but I am surprised so many people can't see that it's very unlikely to be true.

    Free Open-Source AI is the equal of the stuff investors have spent 100's of billions of dollars on & robotics is not far behind. Furthermore, we know we have two future sources of cheap, widely available robotics - Chinese manufacturing & 3-D printing.

    It's not as dramatic storytelling for Sci-Fi, but future robots are likely to be cheap and widely owned by everyone. So will the economic benefits that stem from that.

  • source
  • [–] [S] 23 points 8 months ago (3 children)

    "The polymer solar cell is able to retain 97% of its performance after 2,000 hours in air. By blending small-molecule acceptors into polymeric matrices, the research team improved molecular packing, enhancing both stability and charge transport for “ultra-stable” flexible devices.

    It will be interesting to see if & how quickly this can be translated into commercially available solar tech. If this isn't a final breakthrough for polymer solar, it's certainly bringing it one step closer.

    This is why solar energy will conquer the world, and all the other energy options are dead men walking. It's already the cheapest energy source in most of the world in 2026, and it will be an order of magnitude cheaper when next-gen solar tech like this comes online.

    Another consequence of polymer solar tech? It is vastly easier to manufacture. China will lose a structural advantage there. By the 2030s, poorer parts of the world could be churning this stuff out at a massive scale and for a small cost. A hopeful vision for the future.

  • source
  • view more: next ›