COMPLESSITÀ E COSCIENZA: DALLA TEORIA AL LETTO DEL PAZIENTE

M. Massimini
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Abstract

We normally assess consciousness in other individuals based on their ability to interact with the surrounding environment. A the same time, we all know very well that consciousness can be generated entirely within the brain, even in the absence of any interaction with the external world; this happens almost every night when we dream. Because of this fundamental discrepancy, the presence of consciousness may go undetected in brain-injured patients who emerge from coma but remain unresponsive. Developing a reliable, objective measure of the capacity for consciousness is one of the grand challenges for medical science. A challenge that we need to take on and face successfully for the sake of all the patients who survive coma through intensive care medicine. Besides, we may one day have to face the question of whether future artificial intelligence is just a useful zombie or a somehow conscious entity. According to a recently formulated theory, consciousness depends on a special kind of complexity in physical systems, on a unique balance between unity and diversity. Today, empirical measures inspired by this theory can help us in detecting a covert capacity for consciousness in patients who are otherwise completely isolated from the external world. Will they help us, one day, to understand how can a few pounds of jelly matter host the universe of a dream?
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复杂性和意识——从理论到病人的床
我们通常根据他人与周围环境互动的能力来评估他们的意识。与此同时,我们都非常清楚意识可以完全在大脑中产生,即使没有与外部世界的任何互动;几乎每天晚上我们做梦的时候都会发生这种情况。由于这种根本的差异,从昏迷中醒来但仍然没有反应的脑损伤患者可能无法检测到意识的存在。开发一种可靠、客观的意识能力测量方法是医学面临的重大挑战之一。为了所有通过重症监护医学从昏迷中存活下来的病人,我们需要接受并成功面对这一挑战。此外,我们可能有一天不得不面对这样一个问题:未来的人工智能是一个有用的僵尸,还是一个有意识的实体。根据最近形成的理论,意识依赖于物理系统中一种特殊的复杂性,依赖于统一性和多样性之间的独特平衡。今天,受这一理论启发的经验测量方法可以帮助我们发现那些与外部世界完全隔离的病人的隐蔽意识能力。有一天,它们会帮助我们理解几磅果冻物质是如何承载梦想中的宇宙的吗?
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