Okay folks, we've officially reached the point of no return. Human laziness has become terminal. All super-villians, mad scientists, and Republicans; it is now your time to shine! The planet, and all life on it, must go! All sales are final.
This would be awesome if my thoughts weren't changing or thinking something else all the time. I would be switching between channels and web sites so fast I wouldn't know what was on or going on.
Still though, maybe it would be a helpful way to get me to focus, and put a memory device somewhere in there to help me retain even more info than I already do and I am set.
@Pessimippopotamus: Haha, tell me about it. No sir, I have no idea how that video of the donkey fornicating with the nice white girl popped up on everyone's screen...
I'll do this so long as there is a smart dolphin in every hospital to help us when we double up our memory implants and Henry Rollins to help me get there.
@Jassen:
City of Lost Children. Zing!
Also, I know not everyone agrees that it's a good movie, but Strange Days came out in '95 and it's certainly better than JM. And if we're counting Species, Screamers wasn't a bad flick, plus it had Robocop's Peter Weller in it.
Fine then, so apart from Species, Ghost in the Shell, Twelve Monkeys, City of Lost Children, Strange Days & Screamers name one sci-fi movie better than JM from 1995 ?
When NASA first funded the 'Challenge', four years ago, in those heady days of 2005, when $900k might have seemed like chump-change, even for the orphaned step-child that was the perennially underfunded civilian space program, it might have been easier to accept it as part of NASA's long-claimed "building a better future, for all humanity, in space" credo.
Then, it could be seen as a valiant attempt to incentivise long-term innovation and foster enthusiasm for aerospace engineering, against a background of plummeting 'hard-science' degree enrollments and the voracious appetite for future 'rocket-scientists' displayed by the software and financial 'industries' (that turned out well, didn't it?).
Now, however, it should be easier to see it, for what it was all along.
Now, when $900,000 (it looks a little different, doesn't it?) is a lot of money, to an organisation that is about to lose its current launcher, have its future launcher cancelled (soon) and lose most of its funding and employees, it (actually the 'not-for-profit foundation', that it seeded with $2,000,000, but does not 'control') has decided to voluntarily disburse this 'award', for the only 'achievement' in the 'Challenge' that doesn't have a defined (I wonder why that was?) criteria for 'success'.
In NASA's own words, "although a space elevator remains a distant prospect" (no kidding?), interest remains "in wireless power transmission for other applications".
However, "beaming power to lunar rovers travelling in shadowed craters, where solar energy is unavailable" seems somewhat less likely than the remote recharging of the plethora of military UAVs which were also being planned in 2005.
Their precursors are currently limited only by their vulnerability during take-offs and landings for refuelling (responsible for 95%+ of losses and unscheduled downtime) and the endurance of their 'Heinlein Waldo' tele-operators, curently conducting Joe Haldeman's Forever War, from the windowless rooms of Edwards Air Force Base (where, conveniently, the 'Challenge' took place).
Freed from these limitations, by the availability of endless remote recharging and the parallel development of non-Asimovian, 'Three Laws'-free, AI platforms (three guesses, as to what they're calling that program), their progeny and successors will be on the road to crossing the Rubicon of autonomy and eventual self-determination, that has been so long foretold.
Lest you miss the symbolism, the USAF's future UAV development program was, is and probably will be then, widely known as 'USAF Hunter-Killer'. #nasa
@Pope John Peeps II: You might want to do a search for 'AI' and 'Robotic Intelligence' 'Challenges' over the last few years.
You'll see the same pattern of 'seeding' of arms-length independent 'foundations', 'competitions' and 'awards'.
Then try tracking the subsequent career paths of the participants in the winning (and far more interestingly the losing) teams. #nasa
@SJ_Edwards: No doubt people are developing robotics. But saying people are developing "non-asimovian AI platforms" is like saying "oh, they're developing nano-assembler technology". Sure, it's sort of true in a broad, two-hundred-years from now kind of way. But it's not really true right now. #nasa
@Prolorn: We're at the stage of HK development (which is why everbody calls it that).
Mobile telepresence for humans trying to operate in risky environments is a logical development.
Once created, it has a logical development path of its own.
Even at the earliest stages, operator endurance was exceeded by that of the technology (hence UAV pilots 'flying' 14 hour shifts, six days a week, leading to massive physical and psychological attrition rates amongst personnel and desperate attempts to recruit retired pilots).
This has led to more and more routine functions being turned over, first to remote (control base) AI and then internal (UAV) AI (flying from operator controlled takeoffs and landings to mission areas, and loitering on station until operator intervention is required for mission execution).
The main goal at present is to reduce the need for operator controlled events.
Hence the "interest in wireless power applications" [particularly laser power to solar cell, which is what all of the competing teams in the 'Challenge' eventually ended up using (that's why the award has taken place now, all competing technologies have fallen by the wayside "We have a winner!").
The eventual goal, is that UAVs will be totally electrical and totally autonomous, will never need to land and takeoff again for refuelling (directed energy recharging) and rearming (directed energy weapons replacing munitions), will never need to leave mission areas and will require no operator intervention other than setting of overall mission goals.
This requires the development of high level mobile AI (hence the funding of the other 'Challenges') with an unprecedented level of autonomy.
Which in turn, requires the development of even higher level distributed AI, to exercise adequate command and control functions over this myriad of UAVs [the only thing currently restraining their number is operator availability, not (automated) manufacturing capability or funding (they're dirt cheap compared to manned equipment and personnel].
You can see where this is going, as can everybody involved.
But it's already gone far further and far faster than anyone thought possible.
And its logic is undeniable. #nasa
01:24 PM
12:56 PM
12:25 PM
10:36 AM
09:55 AM
Still though, maybe it would be a helpful way to get me to focus, and put a memory device somewhere in there to help me retain even more info than I already do and I am set.
09:39 AM
12:26 PM
08:51 AM
08:31 AM
08:29 AM
08:36 AM
12:28 PM
"I love/hate you and I want to be with/murder you. I think we can make it work/kill myself this time!
08:28 AM
09:22 AM
Oh the fun with that. Going to be a lot of sex viruses or piss/shit viruses.
Watch out H1N1!
08:07 AM
08:54 AM
Until Logitech makes a Harmony universal brain remote for $10k.
08:07 AM
08:37 AM
09:00 AM
But should we be rewarding references to terrible movies?
10:07 AM
SIR!!
I take offense at your categorization of the movie as "terrible".
How could any movie that has Dolph Lundgren playing a cybernetic enhanced psychotic hit-man preacher be considered terrible.
I request that you name a better* Sci-Fi movie from 1995 or accept my challenge of a duel to the pain.
* and lets be fair, Waterworld and Judge Dredd were both released in the same year.
10:48 AM
10:54 AM
11:37 AM
City of Lost Children. Zing!
Also, I know not everyone agrees that it's a good movie, but Strange Days came out in '95 and it's certainly better than JM. And if we're counting Species, Screamers wasn't a bad flick, plus it had Robocop's Peter Weller in it.
11:44 AM
Fine then, so apart from Species, Ghost in the Shell, Twelve Monkeys, City of Lost Children, Strange Days & Screamers name one sci-fi movie better than JM from 1995 ?
12:45 PM
Damn me, I don't think I can name a one.
01:03 PM
02:35 PM
/Prepares to duck!
02:39 PM
02:51 PM
11/08/09
11/08/09
Then, it could be seen as a valiant attempt to incentivise long-term innovation and foster enthusiasm for aerospace engineering, against a background of plummeting 'hard-science' degree enrollments and the voracious appetite for future 'rocket-scientists' displayed by the software and financial 'industries' (that turned out well, didn't it?).
Now, however, it should be easier to see it, for what it was all along.
Now, when $900,000 (it looks a little different, doesn't it?) is a lot of money, to an organisation that is about to lose its current launcher, have its future launcher cancelled (soon) and lose most of its funding and employees, it (actually the 'not-for-profit foundation', that it seeded with $2,000,000, but does not 'control') has decided to voluntarily disburse this 'award', for the only 'achievement' in the 'Challenge' that doesn't have a defined (I wonder why that was?) criteria for 'success'.
In NASA's own words, "although a space elevator remains a distant prospect" (no kidding?), interest remains "in wireless power transmission for other applications".
However, "beaming power to lunar rovers travelling in shadowed craters, where solar energy is unavailable" seems somewhat less likely than the remote recharging of the plethora of military UAVs which were also being planned in 2005.
Their precursors are currently limited only by their vulnerability during take-offs and landings for refuelling (responsible for 95%+ of losses and unscheduled downtime) and the endurance of their 'Heinlein Waldo' tele-operators, curently conducting Joe Haldeman's Forever War, from the windowless rooms of Edwards Air Force Base (where, conveniently, the 'Challenge' took place).
Freed from these limitations, by the availability of endless remote recharging and the parallel development of non-Asimovian, 'Three Laws'-free, AI platforms (three guesses, as to what they're calling that program), their progeny and successors will be on the road to crossing the Rubicon of autonomy and eventual self-determination, that has been so long foretold.
Lest you miss the symbolism, the USAF's future UAV development program was, is and probably will be then, widely known as 'USAF Hunter-Killer'. #nasa
11/09/09
Okay well you just went over the line into crazytown. I hope you enjoy your stay. I hear they have an Arby's. #nasa
11/09/09
Skynet-comparisons are like the AI-variant of Godwin's Law. #nasa
11/09/09
You'll see the same pattern of 'seeding' of arms-length independent 'foundations', 'competitions' and 'awards'.
Then try tracking the subsequent career paths of the participants in the winning (and far more interestingly the losing) teams. #nasa
11/09/09
11/09/09
11/09/09
11/09/09
11/09/09
Mobile telepresence for humans trying to operate in risky environments is a logical development.
Once created, it has a logical development path of its own.
Even at the earliest stages, operator endurance was exceeded by that of the technology (hence UAV pilots 'flying' 14 hour shifts, six days a week, leading to massive physical and psychological attrition rates amongst personnel and desperate attempts to recruit retired pilots).
This has led to more and more routine functions being turned over, first to remote (control base) AI and then internal (UAV) AI (flying from operator controlled takeoffs and landings to mission areas, and loitering on station until operator intervention is required for mission execution).
The main goal at present is to reduce the need for operator controlled events.
Hence the "interest in wireless power applications" [particularly laser power to solar cell, which is what all of the competing teams in the 'Challenge' eventually ended up using (that's why the award has taken place now, all competing technologies have fallen by the wayside "We have a winner!").
The eventual goal, is that UAVs will be totally electrical and totally autonomous, will never need to land and takeoff again for refuelling (directed energy recharging) and rearming (directed energy weapons replacing munitions), will never need to leave mission areas and will require no operator intervention other than setting of overall mission goals.
This requires the development of high level mobile AI (hence the funding of the other 'Challenges') with an unprecedented level of autonomy.
Which in turn, requires the development of even higher level distributed AI, to exercise adequate command and control functions over this myriad of UAVs [the only thing currently restraining their number is operator availability, not (automated) manufacturing capability or funding (they're dirt cheap compared to manned equipment and personnel].
You can see where this is going, as can everybody involved.
But it's already gone far further and far faster than anyone thought possible.
And its logic is undeniable. #nasa
11/08/09
miles of structure up and out of our atmosphere to convey things into space. what could go wrong there?!
11/08/09