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Interesting.
Why can't we use hydrogen balloons to put instruments at the right levels above earth, I wonder?
Do they think the static fluctuations, including the rifts, can be attributed to the almost total lack of atmosphere, or the lack of magnetic field on MARS, or something else?
Maybe I should read the NASA release.....nope, no answers there, only a near verbatim transcript of the narration.
*quality scientific discoveries

I love me some *learning about quantum fields *quality *promote

You would prefer they get put out in an unusable field to starve, as long as they aren't eaten? If they serve no purpose, they won't be cared for, but they'll still exist.

If the dairy industry is gone, beef ranchers would just fill the veal gap, so different young cows still die under that plan.

Switching to non dairy isn't ecologically sound too....especially with almond milk for many reasons.

Yep. Who you gonna believe? A super smart scientifically minded VP or an actor who played a fictitious 60's sci fi character who "found evidence" of esp, human/plant communication, Ogopogo, aliens landing at Nazca, mummy curses, ghosts, and Stonehenge as a giant magnetic force field that covers Britain....all in season one.
The question itself exposes your irrationality.

This is another example of Conservative thinking. All these guys are concerned with is the right now, and the near future. The next quarter. They have no idea what they're talking about here.

China is expecting their population to increase by 300 million in the next thirty-ish years.

I'll say that again for the folks at the back:

China is expecting their population to increase by one United States of America worth of people by the 2050's.

We're talking about a country with a government founded by a workers' revolution, that has had a widespread famine in living memory. (During the Great Leap era.) This isn't ancient history.

They cannot allow "market forces" to dictate how and where people live in North America where fertile fields are plowed under to make room for sprawling suburbs.

That's why they're building. That is why they are building UP.

Young families will not be able to just go any buy a house in the suburbs. China, for the most part doesn't build suburbs. Suburbs waste space.

They need existing farmland to be protected to manage their food security. They don't want a famine, that's how you get a revolution. They don't want a revolution.

They want stability.

China doesn't worry about next quarter because they planned for that a decade ago. It's the next decades that they're planning for now---a timeframe these Conservative talking heads are incapable of understanding.

your contention that ONLY personal profit drives invention or innovation.

I'm afraid I've never argued that, I can lead by agreeing whole heartedly that such a contention is false.

I merely pointed out that in a video about how 'capitalism didn't create the iphone', the authors own examples of innovations that lead to the iphone are all 100% from within an economy based on capitalism. My very first post stated clearly that it's not a purely capitalist system, but that it is noteworthy that not a one of the examples chosen by the author making his point came from a socialist country.

Can you offer a comparative American/Russian timeline of computer innovations
Well, I could actually. If you want to deny the fact that Russia basically halted their computer R&D multiple times in the 70s, 80s and 90s in place of just stealing American advances because they were so far behind I can cite examples for you...

And for some unknown to you reason China is beating the ever loving pants off America lately.
1. Factually, no they are not. The fastest network gear, CPU and GPU tech are all base on American research and innovation. America is still hands down leading the field in all categories but manufacturing cost, but that isn't for reasons of technological advancement but instead a 'different approach' to environmental and labour regulations.
2. Within the 5G space you alluded to earlier, there is an additional answer. Their 5G isn't 'better' but rather 'cheaper' for reasons stated in 1. The existence of their 'own' 5G tech though isnt' because Huawei's own R&D was caught up so fast through their own innovation. Instead if you look into the history of network companies, Canadian giant Nortel was giving Cisco a solid run for it's money for a time, until they utterly collapsed because of massive corporate espionage stealing almost all of their tech and under cutting them on price. China's just using the same playbook as Russia to catch up.

Russia beat America into space

Well, if you want to go down that road the conclusion is that fascism is the key to technological advancement, as America and Russia were largely just pitting the scientists they each captured from the Nazis against one another.

Once again though, my point has never been that only capitalism can result in innovation. Instead, I made the vastly more modest proposal that personal profit from inventions is beneficial to innovation. I further observed that the video author's own examples support that observation, and in that contradict his own conclusion.

...Maybe? It would absolutely annihilate at something like chess, or Go. I have a hard time imaging a good use case for having it actually run a video game, but I'm guessing few people working on early traditional computers could've envisioned any of the delightful diversions we now take as a given. Probably when I'm 80 kids will be playing quantum Minecraft in a layered omniverse of worlds, where removing a block in one world has consequences in nearby dimensions, with chaos theory realistically modeled and incorporated.

Some complex tasks a QC would absolutely rock at however. Feed it a long list of employees, hours of availability, and coverage requirements, and it should spit out a 100% optimum schedule immediately. Air traffic controllers (particularly at large hub airports) would likely find it helpful in coordinating flight plans. Logistics for manufacturing, shipping, etc. The downside is that encryption will likely be utterly fucked for a while, as a quantum computer with a sufficient number of qubits could try all possible options at once. So it'll be interesting, but we're still 10+ years from any sort of commercial products, and they'll be like the computers of the 60s: huge and expensive, big iron for custom purposes. Or at least that's my semi-informed guess, I ain't no technoprophet.

Someone who really wants to get involved in bleeding-edge tech would do well to dive into this field. Writing the algorithms needed to run a task on a QC requires a completely different mindset than programming a traditional computer. I don't think people with years of experience with current programming methodologies would adapt well. At best they'd be nearly starting from scratch, at worst they'd have to work to un-learn what they already know.

THNX

I do believe it is.

If my world is not very habitable in the first place and I have the option of setting fire to some rainforest to build a farm, sell me some clean air and Orangutang habitat in exchange for good karma and poverty, please.

On the other hand if I make decisions that impact hundreds of millions of people on a daily basis without much recourse to anything in particular (party line? military commanders? local clans? religious leaders?) what does a teenagers speech on the opposite side of the planet change for me? Its just completely off the playing field of making important decisions.

I hear her cry, now calm down and look for ways to actually improve the situation, please.

Suing Argentina for breaking childrens rights? Not bad, human rights cases were actually a good method to fight communist regimes in the 70s and 80s. Just a very slow grinding method.

@newtboy,
"Actually, I'm selling their audience short. When real scientists present the real data dispassionately, I think the average person gets quickly confused and tunes out."

I'd argue bored maybe more often than confused. Although if we want to say that most of the problems society faces have their root causes in human nature, I think we can agree.

"I had read the published summaries of the recent U.N. report saying we had 12 years to be carbon neutral to stay below 1.5degree rise, they were far from clear that this was only a 50% chance of achieving that minimal temperature rise"

Here is where I see healthy skepticism distinguishing itself from covering eyes, ears and yelling not listening.

Our understanding of the global climate system is NOT sufficient to make that kind of high confidence claim about specific future outcomes. As you read past the head line and into the supporting papers you find that is the truth underneath. The final summary line you are citing sits atop multiple layers of assumptions and unspecified uncertainties that culminate in a very ephemeral 50% likelyhood disclaimer. It is stating that if all of the cumulative errors and unknowns all more or less don't matter. then we have models that suggest this liklyhood of an outcome...

This however sits atop the following challenges that scientists from different fields and specialities are focusing on improving.
1.Direct measurements of the global energy imbalance and corroboration with Ocean heat content. Currently, the uncertainties in our direct measurements are greater than the actual energy imbalance caused by the CO2 we've emitted. The CERES team measuring this has this plain as day in all their results.
2.Climate models can't get global energy to balance because the unknown or poorly modeled processes in them have a greater impact on the energy imbalance than human CO2. We literally hand tune the poorly known factors to just balance out the energy correctly, regardless of whether that models the given process better or not because the greater run of the model is worthless without a decent energy imbalance. This sits atop the unknowns regarding the actual measured imbalance to hope to simulate. 100% of the modelling teams that discuss their tuning processes again all agree on this.
3. Meta-analysis like you cited usually sit atop both the above, and attempt to rely on the models to get a given 2100 temperature profile, and then make their predictions off of that.

The theme here, is cumulative error and an underlying assumption of 'all other things being equal' for all the cumulative unknowns and errors. You can NOT just come in from all of that, present the absolute worst possible case scenario you can squeeze into and then declare that as the gold standard scientific results which must dictate policy...

Edit:that's very nearly the definition of cherry picking the results you want.

@newtboy,

"Ok, but don't discount the factual arguments because they are presented with passion. Ignore the emotion and focus on verifying or debunking the facts presented. Because someone on Fox presents their denial argument flatly and dispassionately doesn't make it more correct."

Obviously agreed, exactly what I was saying.

"if the facts are presented clearly and in totality, which she does better than most if not all professional scientific lecturers....sadly"

I think here you are selling scientific lecturers short, or at the least including folks I wouldn't consider scientific at all in the group.

When I think scientific lecturer, I think an actual scientific researcher giving a lecture related to their field of expertise. That even excludes scientific researchers giving lectures outside their field of expertise. I've seen how badly interdisciplinary study types can misjudge their own knowledge of a field. In the hard sciences they can get rooted out faster, but in softer sciences and humanities it's easier for them to keep finding a niche that hides their ignorance.

If you get the CERES team to give a talk on the global energy budget, they will give a lecture a thousand times more complete and accurate, than you, I or Greta ever could. They will confirm the planet is taking in more energy than is leaving. They will confirm their data is corroborated between satellite and ocean heat content measurements. They can say with authority how much energy is being gained, and can even confirm it largely corresponds to what we'd expect from the increased CO2 contributions. If you asked, they would even also admit that the uncertainties on the measured imbalance are larger than the imbalance itself.

Ask them about mating habits for European swallows and you, I or Gretta might well know better than them.

Technically not electrocution....they both lived.

Also, @lucky760 makes some good points. They clearly weren't hit directly. It's possible the bolt went through wires or pipes under the field to shock them, but not with full force, clearly.

That said, playing soccer in a thunderstorm is not advisable.

They've also ramped up logging the rainforest to a rate of three football fields a minute. We suck.

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I suspect that's a composite. Depth of field not deep enough to keep all the ants in focus, not to mention the sharp-as moon behind them...