Famous Simulation Quotes

And yet they obey and will continue to obey the orders that come to them. As in the famous Charge of the Light Brigade, these soldiers give up their lives, trusting that their commanders are using them well. While we sit safely here in these simulator rooms, playing an elaborate computer game, they are obeying, dying so that all of humankind can live.

My uncle arranged for us to have a day together at a simulated shooting range near where he lived on the West Coast. The entire staff turned out to make sure we had fun-and to catch a glimpse of the newly famous hero. I went through the range with him, and the results were not quite what I expected. I did well, but… To give you some background: The range featured tactical situations where you did more than stand behind a bench and shoot at a paper target and a bale of hay. Videos supplied an immersive experience; it was a little like being part of a video game, except that you moved around and had a full-sized weapon as opposed to a game controller. The results were recorded, and we reviewed them later on. Chris’s shots were all head and chest. Mine were all in the crotch. “Do we need to talk?” asked Chris. I swear, there was no hostility. I was just aiming low, expecting the recoil to bring the shot up. Really.

One thing that we conclude from all this is that the 'learning robot' procedure for doing mathematics is not the procedure that actually underlies human understanding of mathematics. In any case, such bottom-up-dominated procedure would appear to be hopelessly bad for any practical proposal for the construction of a mathematics-performing robot, even one having no pretensions whatever for simulating the actual understandings possessed by a human mathematician. As stated earlier, bottom-up learning procedures by themselves are not effective for the unassailable establishing of mathematical truths. If one is to envisage some computational system for producing unassailable mathematical results, it would be far more efficient to have the system constructed according to top-down principles (at least as regards the 'unassailable' aspects of its assertions; for exploratory purposes, bottom-up procedures might well be appropriate). The soundness and effectiveness of these top-down procedures would have to be part of the initial human input, where human understanding an insight provide the necesssary additional ingredients that pure computation is unable to achieve. In fact, computers are not infrequently employed in mathematical arguments, nowadays, in this kind of way. The most famous example was the computer-assisted proof, by Kenneth Appel and Wolfgang Haken, of the four-colour theorem, as referred to above. The role of the computer, in this case, was to carry out a clearly specified computation that ran through a very large but finite number of alternative possibilities, the elimination of which had been shown (by the human mathematicians) to lead to a general proof of the needed result. There are other examples of such computer-assisted proofs and nowadays complicated algebra, in addition to numerical computation, is frequently carried out by computer. Again it is human understanding that has supplied the rules and it is a strictly top-down action that governs the computer's activity.

The celebs I hate are the manufactured celebs. Famous people are surrounded by parasites and cocksuckers - people who hope to make a bit out of it themselves or grab a few crumbs from the table. But a while back one of these parasites figured out "why go through all the hard work of trying to discover a talented sucker before somebugger else does?". "Why not just CREATE one, right here, right now?". So they pick someone who maybe owns one or two bits of the celebrity toolbox - an arse that doesn't look like it fell off the back of a refuse truck, or a complete lack of self-consciousness - and teach them to simulate the other bits. It works fine for the cameras, but when you meet them in real life - oh dear.

One final possibility should be mentioned from the perspective of military activity on the Utah ranch. Recent allegations have surfaced that the Air Force Office of Special Investigations (AFOSI) engaged in several deception and disinformation operations in the 1970s, the 1980s and (presumably) in the 1990s. Many of these operations involved the simulation of “UFOs,” the manufacture of bogus evidence indicative of “extraterrestrial visitation” designed to conceal classified military technology or simply to lead investigators astray. In 2005, retired AFOSI special agent Richard Doty broke his silence to publicly acknowledge being involved in several of these “alien visitation” operations, the most famous being the disinformation campaign to persuade Albuquerque physicist Paul Bennewitz that an alien base existed in Dulce, New Mexico. The operation is described in detail in Greg Bishop’s book Project Beta: The Story of Paul Bennewitz, National Security, and the Creation of a Modern UFO Myth.

I suppose that this viewpoint-that physical systems are to be regarded as merely computational entities-stems partly from the powerful and increasing role that computational simulations play in modern twentieth-century science, and also partly from a belief that physical objects are themselves merely 'patterns of information', in some sense, that are subject to computational mathematical laws. Most of the material of our bodies and brains, after all, is being continuously replaced, and it is just its pattern that persists. Moreover, matter itself seems to have merely a transient existence since it can be converted from one form into another. Even the mass of a material body, which provides a precise physical measure of the quantity of matter that the body contains, can in appropriate circumstances be converted into pure energy (according to Einstein's famous E=mc^2)-so even material substance seems to be able to convert itself into something with a theoretical mathematical actuality. Furthermore, quantum theory seemst o tell us that material particles are merely 'waves' of information. (We shall examine these issues more thoroughly in Part II.) Thus, matter itself is nebulous and transient; and it is not at all unreasonable to suppose that the persistence of 'self' might have more to do with the preservation of patterns than of actual material particles.

Diablos: the name given to the igniting of, and ignited, farts. Trevor Hickey is the undisputed master of this arcane and perilous art. The stakes could not be higher. Get the timing even slightly wrong and there will be consequences far more serious than singed trousers; the word backdraught clamours unspoken at the back of every spectator’s mind. Total silence now as, with an almost imperceptible tremble (entirely artificial, ‘just part of the show’ as Trevor puts it) his hand brings the match between his legs and – foom! a sound like the fabric of the universe being ripped in two, counterpointed by its opposite, a collective intake of breath, as from Trevor’s bottom proceeds a magnificent plume of flame – jetting out it’s got to be nearly three feet, they tell each other afterwards, a cold and beautiful purple-blue enchantment that for an instant bathes the locker room in unearthly light. No one knows quite what Trevor Hickey’s diet is, or his exercise regime; if you ask him about it, he will simply say that he has a gift, and having witnessed it, you would be hard-pressed to argue, although why God should have given him this gift in particular is less easy to say. But then, strange talents abound in the fourteen-year-old confraternity. As well as Trevor Hickey, ‘The Duke of Diablos’, you have people like Rory ‘Pins’ Moran, who on one occasion had fifty-eight pins piercing the epidermis of his left hand; GP O’Sullivan, able to simulate the noises of cans opening, mobile phones bleeping, pneumatic doors, etc., at least as well as the guy in Police Academy; Henry Lafayette, who is double-jointed and famously escaped from a box of jockstraps after being locked inside it by Lionel. These boys’ abilities are regarded quite as highly by their peers as the more conventional athletic and sporting kinds, as is any claim to physical freakishness, such as waggling ears (Mitchell Gogan), unusually high mucous production (Hector ‘Hectoplasm’ O’Looney), notable ugliness (Damien Lawlor) and inexplicably slimy, greenish hair (Vince Bailey). Fame in the second year is a surprisingly broad church; among the two-hundred-plus boys, there is scarcely anyone who does not have some ability or idiosyncrasy or weird body condition for which he is celebrated. As with so many things at this particular point in their lives, though, that situation is changing by the day. School, with its endless emphasis on conformity, careers, the Future, may be partly to blame, but the key to the shift in attitudes is, without a doubt, girls. Until recently the opinion of girls was of little consequence; now – overnight, almost – it is paramount; and girls have quite different, some would go so far as to say deeply conservative, criteria with regard to what constitutes a gift. They do not care how many golf balls you can fit in your mouth; they are unmoved by third nipples; they do not, most of them, consider mastery of Diablos to be a feather in your cap – even when you explain to them how dangerous it is, even when you offer to teach them how to do it themselves, an offer you have never extended to any of your classmates, who would actually pay big money for this expertise, or you could even call it lore – wait, come back!

One of the first things Tessa asked me was whether I had seen the whole Metz speech, not just the famous quote, which she repeated word for word:4 We are living in a computer-programmed reality, and the only clue we have to it is when some variable is changed, and some alteration in our reality occurs.

Anti-Darwin. — As for the famous "struggle for existence," so far it seems to me to be asserted rather than proved. It occurs, but as an exception; the total appearance of life is not the extremity, not starvation, but rather riches, profusion, even absurd squandering — and where there is struggle, it is a struggle for power. One should not mistake Malthus for nature. Assuming, however, that there is such a struggle for existence — and, indeed, it occurs — its result is unfortunately the opposite of what Darwin's school desires, and of what one might perhaps desire with them — namely, in favor of the strong, the privileged, the fortunate exceptions. The species do not grow in perfection: the weak prevail over the strong again and again, for they are the great majority — and they are also more intelligent. Darwin forgot the spirit (that is English!); the weak have more spirit. One must need spirit to acquire spirit; one loses it when one no longer needs it. Whoever has strength dispenses with the spirit ("Let it go!" they think in Germany today; "the Reich must still remain to us"). It will be noted that by "spirit" I mean care, patience, cunning, simulation, great self-control, and everything that is mimicry (the latter includes a great deal of so-called virtue).

- “The consequence?” - “Globalization.” - “Implication?” - “Our fate is reflected in our most famous invention: the computer. Those local area networks that sprang up like cities in the eighties and nineties got connected at the turn of the century by the internet. Just like European colonization connected the globe. Globalization is to the human race what the internet is to computers—a method for sharing resources and ideas. Ideas can now move around the world in nanoseconds. We have a platform for enabling the strongest minds to transform their thoughts into reality—and deploy that reality for the good of the masses. If you think about it, vision—fictive simulation—remains the most powerful human ability. Look at the Forbes list of the richest people. The individuals listed are very different, but they all share one trait: vision. The ability to imagine a future that doesn’t exist—to imagine what the world would be like if something changed, if a product or service existed. And these people’s fortunes were made because their visions were accurate—they correctly predicted that something that didn’t already exist both could be created and would be valuable to a specific group of people.