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Parallel optical information concept and response evolver: POINCARE

机译:并行光学信息概念和响应Evolver:Poincare

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It is now possible to build a nonlinear adaptive system which will incorporate many of the properties of the human mind, such as true originality in such skills as reasoning by analogy and reasoning by retrodiction, including literally unpredictable thoughts; and development of individual styles, personalities, expertise, etc. Like humans, these optical processors will have a rich `subconscious' experience. Like humans, they will be clonable, but clones will develop differently as they experience the world differently, make different decisions, develop different habits, etc. In short, powerful optical processors with some of the properties normally associated with human intelligence can be made. This approach can result in a powerful optical processor with those properties. A demonstration chosen for simplicity of implementation is suggested. This could be the first computer of any type which uses quantum indeterminacy in an integral and important way.
机译:现在可以建立一个非线性自适应系统,该系统将包含人类思维的许多性质,例如通过销制的类比和推理的技能如此的真实原创性,包括字面意义上不可预测的思想;这些光学处理器的个人风格,个性,专业知识等,这些光学处理器的经验将具有富裕的“潜意识”的体验。像人类一样,他们将是可克切的,但克隆会随着世界经历不同的方式而不同,做出不同的决策,制定不同的习惯等。在短的,强大的光学处理器中,可以进行一些与人类智能相关的一些属性。这种方法可以导致具有这些属性的强大光学处理器。提出了为简单实现实施的演示。这可以是任何类型的第一计算机,其以整体和重要方式使用量子不确定性。

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