The Turing Test was developed by Alan Turing in 1950. Alan Turing was a renowned English mathematician, logician, cryptographer, and computer scientist. He is widely known for his notable work of developing the Universal Turing Machine in 1936, which is said to form the basis of the first computers. Alan Turing also played a crucial role in breaking the German Enigma Code during World War II. In 1950, Alan Turing introduced the Turing test in his paper "Computing Machinery and Intelligence."

" 'When we hear it said that wireless valves think,' [Sir Geoffrey] Jefferson said, 'we may despair of language.' But no cybernetician had said the valves thought, no more than anyone would say that the nerve-cells thought. It was the system as a whole that'thought', in Alan's [Turing] view…" -- Andrew Hodges (from his book Alan Turing: the Enigma). In his rewarding book, How to Create a Mind, Ray Kurzweil tackles John Searle's Chinese room argument. That said, I do find its philosophical sections somewhat naïve. Of course there's no reason why a "world-renowned inventor, thinker and futurist" should also be an accomplished philosopher.

If you follow my content, you know I'm fascinated with Philosophy of Mind. In this blog, I want to just briefly summarize a thought experiment that was imagined by a renowned philosopher, John Searle. It's likely one of the first items you will read about in this subcategory of philosophy. It was crafted to be an answer to a group of people known as functionalists who hold that if something exhibits the same behaviours or functions of a conscious organism, for all intents and purposes, that thing can be called conscious. The argument has also been cited as a useful answer to determinists and materialists.

This is a simple introduction to the philosopher John Searle's main argument against artificial intelligence (AI). This means that it doesn't come down either for or against that argument. The main body of the Searle's argument is how he distinguishes syntax from syntax. Thus the well-known Chinese Room scenario is simply Searle's means of expressing what he sees as the vital distinction to be made between syntax and semantics when it comes to debates about computers and AI generally. One way in which John Searle puts his case is by reference to reference. That position is summed up simply when Searle (in his'Minds, Brains, and Programs' of 1980) writes: "Whereas the English subsystem knows that'hamburgers' refers to hamburgers, the Chinese subsystem knows only that'squiggle squiggle' is followed by'squoggle squoggle'." So whereas what Searle calls the "English subsystem" involves a complex reference-relation which involved entities in the world, mental states, knowledge of meanings, intentionality, consciousness, memory and other such things; the Chinese subsystem is only following rules.

This question is motivated by a comment to an answer I provided to another question about John Searle and the Chinese Room Argument: What relevance, if any, does collective memory in ants have to John Searle's Chinese Room argument? I based my answer to this question on Searle's Minds, Brains and Programs. "But could something think, understand, and so on solely by virtue of being a computer with the right sort of program? Could instantiating a program, the right program of course, by itself be a sufficient condition of understanding?" This I think is the right question to ask, though it is usually confused with one or more of the earlier questions, and the answer to it is no.

We have decided to give an award for the silliest arguments against AI published each year. The Simon Newcomb Awards, as they are called, will be announced here in the AI Magazine. Winners will be presented with a small statue (informally referred to as a'Simon') in a short ceremony at a suitable national gathering. We invite nominations for future awards. He combined a solid confidence in his own reasoning with a disdain for practical experiments. In many ways his arguments are similar to recent attacks on AI. They are short, elegant, convincing to his contemporaries, utterly wrong, and wonderfully silly, displaying an appealing mixture of partial insight with a failure to really comprehend what he was talking about. For example, there was the Stopping Problem argument. "Imagine the proud possessor of the aeroplane," suggested Newcomb sarcastically, "darting through the air at a speed of several hundred feet per second! It is the speed alone that sustains him. How is he ever going to stop?" (Newcomb, 1901). Newcomb intended his question rhetorically, but as everyone now knows, it has a perfectly good answer: "Very carefully." The Simon Newcomb Award will be given in recognition of a similarly silly published argument against AI, especially when the writer's confidence in his views seems to arise from his ignorance of the subject. The ideal candidate is an eminent scientist or scholar in some other field -- for example, a philosopher, sociologist or mathematician -- who clearly fails to grok some basic idea of computer science. While any published argument may be nominated for the prize, the committee gives highest credit to arguments which are not just idiotic, but which use some technical issue in a way that displays some, but not enough, insight. Some argument forms are already judged unacceptable, includthan they are now, or that people would be somehow reduced in status. The award is to be given for a specific argument, so that (just as with the Academy awards) a true star might receive a'Simon' for each of several outstanding performances. We also expect to award the occasional'Lifetime Achievement Award' in recognition of an entire career of silly attacks on the subject. Popular nominees (those supported by several submissions) will be announced at the same time as the Award winners. Those who are nominated but not selected for an Award may take solace in knowing that the nomination itself is a high honor. The nominees for the first Simon Newcomb Award were, Selmer Bringsjord, Harry Collins, Hubert Dreyfus, Gerald Edelman, Walter Freeman, Roger Penrose, Joseph Rychlak, John Searle, and Maurice Wilkes. In the future, only one award will normally be made each year, but for this inaugural occasion, we are proud to announce four winners, in alphabetical order.

This week, another chance to enjoy a virtuoso public performance by one of the most important philosophers in the English-speaking world today: John Searle, Professor of the Philosophy of Mind and Language at the University of California, Berkeley. He's talking at'Towards a Science of Consciousness', a conference put on last year by the Center for Consciousness Studies at the University of Arizona. More than 350 years ago, the great French philosopher, Rene Déscartes, declared that the mind is a thing that thinks and does not occupy space, whereas the body occupies space and does not think. The decisive argument for this, he said, is that body is by its nature divisible: you can cut it up into little pieces, but you can't do that with a mind. This seems to imply that the mind and the body have a different ontological status - in other words, you don't lump them together when you draw up your ontology, that's to say your inventory of what the universe contains. This is dualism, and John Searle's not happy with the idea. John Searle: I have been trying to get out of the consciousness business for a very simple reason: I think once we get it in a kind of shape where it admits of empirical study, it's essentially a problem for a neurobiologist.

We have to haggle about what equally well means. We can get a 1-1 correspondence between Chinese dialogs and chess scores by enumerating Chinese dialogs and enumerating chess scores and putting the nth dialog correspond to the nth score. Both Chinese dialogs and chess scores have meaningful substructures, and the previously described correspondence does not make the substructures correspond. One structure is that of initial segments. The initial segment of a Chinese dialog is meaningful to a Chinese, and an initial segment of a chess score is meaningful to a chess player, and these meanings related to the meanings of the whole dialog and the whole score respectively.

John Searle is the Slusser Professor of Philosophy at the University of California, Berkeley. His Talk at Google is focused on the philosophy of mind and the potential for consciousness in artificial intelligence. This Talk was hosted for Google's Singularity Network. John is widely noted for his contributions to the philosophy of language, philosophy of mind and social philosophy. Searle has received the Jean Nicod Prize, the National Humanities Medal, and the Mind & Brain Prize for his work.

We also was the Stopping Problem argument. Achievement Award' in recognition aeroplane," suggested Newcomb sarcastically, This means, in effect, sentence. Most versions of this argument that the hardware must be - Joseph Rychlak of Loyola University miss these subtle aspects and accommodated as information is of Chicago (for his exclusive-OR are therefore simply invalid, but Penrose processed. Hubert has been accessible via the intellect only. Much of the content of with it...mathematicians interpreted in binary fashion: these books consists of the kind of communicate...by each one having "either x or y, but not both."