33% is more than enough to power the world without blanketing every inch in solar panels.

Love new technology, always have, but these kinds of advances pale in comparison to JUST PUTTING PANELS ON.

My house is a tiny, tiny (60sq m.... yes 60) house. My smart meter tells me - I pull at absolute max 10KW at any one time (and that rarely and briefly). I pull 8.5KWh / day, on average, over the last 4 years. My house is entirely electric so that's everything - that's heating, lighting, my computers, cooking, appliances, etc. etc. etc.

My roof space is ~30sq m (I have some extra panels on an outdoor shed, my front is NOT covered entirely in panels, I have about 8-10KW of panels). I can satisfy the above by covering my roof space at a less-than-ideal facing, tilted at a less-than-ideal angle, at a less-than-ideal latitude (the UK), and with less-than-ideal panels, having a battery pack consisting of less-than-ideal batteries.

In the summer, I'm constantly in excess (hell, I'm still in excess now and it's nearly October). In winter *sometimes* I have to fall back to grid (but my heating is entirely heatpumps, and they pull a maximum of 800W each, but more like 250W once the temperature is where it should be).

Oh and the above - is an entirely homemade system. I cut and crimped every cable, I lifted, railed and fixed every panel, I joined all the batteries together myself, I fused and RCD'd and MCB'd the entire thing. I operate them as entirely separate to my grid power system (though the new micro-inverters are about to change that as they've been approved in my country now).

If I can do that, so can much of the world, especially with professional deployment, and so SHOULD those portions of the world where it's viable be made to do this.

The more fundamental problem is distributed responsibility and lack of transparency.

Until recently, drone strikes required a long sequence of command decisions, starting with intel gathering, analysis, decision, orders, and remote command of the device. No one is directly responsible when something goes wrong, the failure is distributed among many players with the result that no one has to bear the consequences.

For example, the "collateral murder" incident, where apache helicopters gunned down civilians and journalists.

In normal situations, we have Derek Chauvin, who was an individual who caused the death of one man. He went to trial, the evidence was examined, and guilt was assigned. Trials are more-or-less held in the public light, and journalists and interested parties can examine court records and in some cases reanalyze evidence (not all physical evidence is kept or available, but for example, DNA evidence can sometimes be reexamined).

That's how it's supposed to happen.

Contrast that with erroneously ordered drone strikes that hit civilians instead of legitimate targets.

I suppose the biggest, most egregious example would be George Bush taking the country to war because Saddam Hussein had "weapons of mass destruction", and of course one were found, and the security services swore up and down that they told him there were none, but he stated "well, the message didn't get through".

And skated responsibility. Completely.

To bring this closer to home, software engineers implement all sorts of insecure, inconvenient, and privacy violating features with no moral pushback. Even if it's completely obvious that something is an anti-feature, people do it because a) their job depends on it, and b) it's someone else's decision. And if there's a breech and ten million social security numbers get made public, the company simply fixes the problem and continues. No responsibility is assigned.

I was satisfied to see videos of the "narco terrorist" boats get destroyed, and then the survivors killed. Not the actual killing, but just knowing that the event was recorded and analyzed in the public sphere, and there was a conversation about it, and it was investigated. That seems like it was handled the right way.

Death is permanent, it can't be undone. If we're going to kill people, regardless of whether it's AI or anything else, it should be transparent and put into the public discourse.

No one is assigned blame for screwing up, that's the more fundamental problem.

Red light is thought to activate a regeneration mechanism within the body.

It interacts with some of the compounds in mitochondria that promotes healing and cellular recovery. It also has a biphasic effect: too little does nothing, too much does nothing, but the right amount can have therapeutic value.

Nothing will change until lots of people die (not just from the effects of such, but also things like "the boomer generation fuck off"), and/or the billionaires get hit in the wallet.

Same old story.

As someone who just had FTTP (yep, to the premises) installed in their rural home, the way they did it was thus:

- They went to the local cabinet (which is already fibre-backed to the local exchange many km's away), strung a fibre out of it.
- They got up the telegraph pole in my streets, strung a new fibre off it.
- They used the old copper line that's been there since the 60's to slide the new fibre reel down.
- They put a second hook on my eaves, and hooked the fibre from there, and then wired the fibre direct into my house.
- They didn't remove a damn thing.

Took about 20 minutes, judging by the CCTV.

It would take about the same time just to pull down the copper from my house safely (the above did not require closing or working in the road, for instance), then isolating that from the dozens of others in the road on the pole, then removing that all the way back to the cabinet. Which I know goes underground because when I first moved in a few years ago, the BT guy had to remove that cable from, basically, a huge puddle which was cutting my DSL speed from 75Mbps to 20Mbps (DSL is amazing, though, that it still worked!).

Until everything's fibre, you can't remove those old lines, it's just not practical. And then are you really going to mobilise a bunch of people to remove a small run of copper from every street?

I once did some maths and the IT at the school I work in has something like tens of thousands of km+ of copper wiring that's unused. One room can have 30+ runs of nearly-100m. That's 3km for one room, from where a building was previously wired to have an IT suite, but then changed purpose, etc. We could, in theory, take that pure-copper cable out and recycle it. That one school likely has more copper in it than my entire village.

The fact is that it's just not worth the effort. There are huge thick bundles of it, and while it wouldn't take that long to pull it all out (much easier than putting it in because you can largely just cut and pull the entire bundle), it's not worth doing so in terms of the cost of the raw copper. We know that because honestly much of the time, rather than re-use the old copper runs which we know to be Cat5e, we just run a new Cat6a run alongside them if we do need to wire something. And Cat5e has far more metal in it than old telephone line.

I cut something like 200 cables this summer alone. And I mean I cut the last 2 metres of them because they were in my way in the cabinets. The actual RUN of cable is still in the walls and going all over the building, 50, 60, 70m runs all over the place.

I bet that a single office or school demolition recovers more copper (and steel and other stuff) than an entire village of old telephone lines, and while it may be a factor on the demolition companies finances, it's not a huge one. Scrap metal, which you have to de-sheath, transport, etc. isn't as valuable as people make out. It's why nobody arranges a regular scrap-metal collection at my local council to come and just grab anything of value that they could. No. They do that for paper. They don't do it for metal unless you arrange it with them. There's not much money in it. The only people making money are the guys lobbing some bits of lead, steel and alumium on the back of their van until they have enough to get a couple-of-hundred-quid free personal backhander as part of their work when it's all been moved at the expense of their company's fuel expense account.

Yeah, all you need is 200 years for them to book enough appointments to actually pull the stuff down, and you're golden! (or at least, copper-coloured).

Like an online bookseller turning into a global retail warehouse then renting out their datacenter services, producing talking home assistants, and launching rockets into space?

A quick fact check:

a) Kennedy center: "Following the hearing, the Justice Department informed the judge that no physical changes or name additions will happen before October 8, 2026, leaving the issue in a temporary holding pattern while the legal battle continues."

b) Google: "As of August 2026, the administration is not currently held in active criminal or civil contempt of court in these specific cases, though it has come incredibly close."

(Of Note: The New Jersey item was a threat, not a finding of contempt.)

While google may "work" as you suggest, a random article in "The New Jersey Monitor" from half a year ago is not evidence.

There's a lot of FUD surrounding this claim, but when you drill down to facts, the US does not ignore court orders.

Post verified evidence if you disagree.

So your thesis is that injunctions against the government are simply ignored?

That's a strong position, I think I would have heard about it. Can you cite some examples, Mr. Anonymous Coward?

(Overturn on appeal or vacated after final decision doesn't count.)

Probably not.

As you may have noticed, there are 3 levels of criminal in this country.

If the government is doing something illegal, they just stop.
If a company is doing something illegal, they stop and pay a fee without admitting guilt.
If a person is doing something illegal, they go to jail.

This is the "government doing something illegal" category, which means they simply stop doing it. Justice is served, the system works, yadda yadda.

I've often wondered if remote screening would put an end to this.

Imagine a paid service where the company serves as your window into the internet and composes your HTML and sends it to you as an image displayed by their app. You could magnify or smallify the image as needed, and the app would send mouse and keyboard events back to the company to be forwarded on your behalf.

It's not a fully formed idea, you would also need to package and send audio, deal with credit card payments, and so on, but for people with fast internet access this might be a doable solution.

(Of note: it's like a VPN, but the HTML compositing on the remote computer is an additional layer. A VPN service could randomize the output portal per session, but that's already a feature of VPNs.)

An advantage of this is that almost all the system configuration fingerprinting would be inaccessible to the wider world, if a breech happens none of your private files are available on the remote computer to be stolen, and a number of security guardrails could be implemented, such as ensuring that mouse events are short, keypress events contain only keypress information, only image information is displayed, and so on

A sophisticated client system might even incorporate multiple user identities per client user, keyed to a specific website. Your internet facing information could be different when visiting Amazon.com, as compared to WalMart.com.

VPNs aren't that expensive, and they're used by people who want the value of an extra level of security.

For most web browsing, this might be an extra level of anonymity for people who would value that extra level.

No, their argument is "because Democrat bias".

I don't want my tax money going to politicized institutions, period. I don't want my tax money supporting one side *or* the other, government support should be politically neutral.

The airwaves are a public resource, the government is supposed to manage that resource for the public good.

"One sided" is not the public good. About half the country is conservative, there used to be rules about political bias, it was abolished in 1987, and this has led to the sorry state of affairs we have now.

MSM is unending, incessant propaganda. Rage bait intended to persuade rather than inform.

If it's not going to use the public resource for the public good, then the MSM shouldn't be using that public resource.

(Of note: Fox news is an internet/cable channel, and does not require a broadcast license.)

There are several breakthroughs on the near horizon that will help.

First up is Commonwealth Fusion, based on a technology breakthrough in 2011 is planning to have net gain sometime in 2027 (delayed from "latter part of 2026"), and is so certain of the results that they are building a commercial fusion plant in Virginia... and have already purchased (IIRC) the land and are in the permitting stage. (More info.

Second up is Tesla Robotics, which is putting the transformer model into a physical robot, so that it can do physically what the LLM chatbot can do with words. For all the discussion about AI and whether it's intelligent or any good or whatnot, it's obvious that AI systems are *useful* at glueing words together. Robots will give us access to lots of cheap labor, and part of that will be robots that to cleanup work for humans. Picking up garbage on roadways, going through landfills and sorting, grabbing bits of rope and plastic from shorelines comes to mind(*).

And finally, Verdox, has figured out a way to capture CO2 from the atmosphere electrochemically. Their system works in the manner of an oxygen concentrator that you may have seen people wheeling around (except it's electrochemical and not physical). They claim their system is efficient at extracting CO2 at atmospheric pressure, which is wildly more efficient than distillation, which is our current method.

I figure in about 50 years we should be well on our way to fixing these civilizational problems. Robots powered by AI and cheap energy, running around doing all the cleanup work that humans don't want to do.

(Cue the climate alarmists who run around and screech about "it's not enough!" and "it'll be too late by then".)

(Note that Tesla has designed its own AI processor chip and is building a semiconductor fab plant that will be able to make them in bulk. Their combination of robotics and AI processing chip will be wildly valuable in the future.)

I was saying this 20+ years ago when I was studying AI and its history back then, long before LLMs existed.

AI is, and always has been, exclusively nothing but exponentially-increasing requirements for logarithmically-plateauing results.

Any mathematician will tell you what that means in the end.