Unobtrusive to me means that the technology does only what I want it to but we all know that technology today serves its master, which is NOT the end user. This is an invasion.

I'm sorry, I just read through that paper, and nowhere in it does it say that a decline in Antarctic ice is a forecast of AGW. That's one of the worst examples of "proof by ghost reference" I've ever seen. Not to mention that the paper is mainly focused on the Antarctic Peninsula, the one place that actually gets melt on more than super-rare occasions and juts into a different climate zone.

All the internets sir. You win them.

Go right ahead and point me to where a decline in Antarctic ice was a forecast of AGW.

You do know that - below freezing - there's an inverse correlation between temperature and snowfall, don't you? And I really hope you know that it's very rare that temperatures rise above freezing in the vast majority of Antarctica, whether you add a couple degrees to the temperature or not, right? Or did you not know / ever consider that?

Just because you didn't realize something that should have been really bloody obvious to you doesn't mean it was a scientific prediction by your straw-man scientists.

AEI, for one. $10k for any paper that attacks the IPCC reports. There's other public offers out there, too. And I'm sure they're outnumbered 100 times over by not-so-public ones.

Let's apply this towards eventually getting Matrix-styled learning models. Eventually we could implant memories of how to perform any skill. We could enable permanent muscle-memory learning instantaneously. Not only learning karate but being able to apply the lessons with strength and precision. Never having to work out to be in shape. Understanding advanced physics without ever taking a course at a university or even having any partial interest in the subject. That's a step towards singularity.

To what extent are we able to compute safety related human dynamics issues and what is slowing us down in this particular programming area?

Can we ever come up with a safety system for a workplace that would be able to overcome employee buy-in issues early on, especially if the typical large corporation is in a constant tug of war with profit and employee needs?

You see whenever we introduce changes in policy in the workplace, employees assume they are going to be required to do MORE but they are not getting more money for the work so this tends at times to cause resistance from employees to safety policies. Management doesn't often understand the issues at hand so they tend to make contradictory safety policies as well, saying that things need to be addressed in a timely fashion.

But in the aftermath of this complexity, companies are often just faking safety in order to appear to be safe when in fact they are running at a significant moral hazard to everyone (their staff, the general public and anyone else for that matter).

This particular problem is of great interest to me and I find that whenever there is an imbalance between management and employee needs there is a systemic problem that is solvable but yet only once all the variables are on the table. The problem with human safety is that most of the variables are unknown.

The general equation for solving safety related issues is:

For every task an employee is required to do or will reasonably be presented with, the employee must be trained to perform the task safely within prescribed safety policy. This idea is fundamentally at odds with bravado in the workplace, hero complexes, profit margins and it goes directly against human psychopathy that is prevalent in modern corporate culture.

What's the best approach to stabilizing a safety model?

Corr: That should read "doesn't lose much IR transmission as a consequence of neutron bombardment like happens in higher frequency bands" - accidentally lost that middle part. Fused silica and fused quartz (especially the latter, but also the former) blacken under neutron exposure, losing transparency; it's even done intentionally to make jewelry. But the papers I ran into when researching the topic showed that this effect isn't very pronounced in the IR band.

Unless the particles aren't the message but the means of communication. Maybe they form some kind of field mechanic communications bridge to enable instantaneous communications?

We should consider something like this instead of probes like Voyager. Eventually we'll find a way to use fields or lasers as a communications field conduit that enables immediate lagless communications. Someone is probably working on this right now. To some extent the teleportation technology we've seen for communications could use such beams as guidance and accelerators that cut down lag. So maybe instead of thousands of years the lag is like a day or an hour or a few minutes.

A darker side of this could mean that the existence these focused particles could prove someone is communicating with their homeworld from Earth.

The film Kpax used this kind of idea as his transportation method, which was a pretty awesome film.

Makes for some awesome sci-fi even if it's far fetched!

It would be really cool if we discovered these particles were actually packets of alien data. I mean if WE found a new civ and we decided to contact them I wonder how they would adapt to our technology. Wouldn't it present in a kind of similar way?

Because if these particles are pretty special, which they are, then can we not assume they might not be naturally occurring?

Agreed. But that doesn't mean it doesn't make sense to embark on big projects. Rather than a "Hey, we're going to walk somewhere new" sort of thing, I'd like to see work on one of any number of space-related megaprojects - for example, a launch loop and/or fallout-free nuclear rockets**. Something that could actually lower the cost of access to space to the point that it doesn't take a vast effort to go walk on another celestial body.

** - There's so many competing designs it's hard to know where to start. My personal concept I've mulled over is a variant of the nuclear lightbulb concept, but instead of the fused-silica bulb containig a gas or plasma core reactor which requires some unknown containment method, the concept calls for a dusty fission core (akin to a dusty fission fragment rocket), which can be electrostatically contained. The energy would be released in the infrared, not visible or ultraviolet (as in a conventional lightbulb concept), but that's fine - fused silica is also transparent to infrared, and moreover doesn't lose much IR transmission as like happens in higher frequency bands; the lower radiation rate of infrared would be compensated for by the huge surface area of the dust radiating it. The simultaneous huge amounts of electric output (from fission fragment deceleration in a grid) could be used in part to run a microwave beam, creating a plasma sheath in ducted atmospheric air surrounding the bulb (airbreathing mode) or injected gas surrounding it (rocket mode) to aid in IR absorption and keep as much of the heat away from the (reflective) walls as possible. A VASIMR-ish mode is possible if you use low gas injection rates and a magnetic nozzle. In space, gas injection could be terminated altogether and the core could be opened up to run in dusty fission fragment mode and get Isp figures in the lower hundreds of thousands. To make up for the problems with using the standard dusty fission fragment rocket proposal's (heavy) moderator in such a high power environment, my thoughts were to have it operate as a subcritical reactor with a spallation neutron source as the driver - after all, there's no shortage of electricity to run an accelerator if you're decelerating a good chunk of the fragments; you don't even have to deal with Carnot losses.

You tell 'em, Ayn! You'll be rich enough to afford your own space program any day now - or at least you would be, if it wasn't for all those Liberal Looters derailing you to get themselves a free ride!

"Plot idea: 97% of the world's scientists contrive an environmental crisis, but are exposed by a plucky band of billionaires & oil companies." -- Scott Westerfeld

Not if you're the Russian intelligence services, the prime suspect behind the hack. Anyone want to bet that this was part of the same initiative that brought us the more recent scandals of Russian state funding for European anti-fracking groups and American lobbying against LNG export approval?

Whatever it takes to keep your main market open, dependent, and buying your main exports in vast quantities, I suppose.