Articles about Artificial Consciousness as defined in the Meca Sapiens project.
This article describes Temporal Densities, an information structure that can model an agent’s behavior in the temporal dimensions of its environment. It describes how this representation allows the agent to situate its existential and functional objectives in multiple temporal contexts while concurrently generating behaviour in the here-and-now. This paper summarizes a concept first introduced and discussed at greater length in The Meca Sapiens Blueprint.
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Meca Discit is a research project in Applied Mathematics. The motivating context of the project is to design a general purpose learning mechanism (termed Universal Cogitator) to be embedded in the Knowledge Acquisition Phase of autonomous agents based on the Meca Sapiens Architecture.
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Meca Sapiens defines consciousness as an observable system capability suitable for standard implementation. Humans will recognize a system as conscious if they observe it as autonomous, self-aware and capable of intentional behaviour. If, as proposed, conventional development projects are sufficient to implement synthetic consciousness, then the first prototypes will trigger an explosive proliferation of conscious machines.
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The Meca Sapiens Architecture describes how to transform autonomous agents into conscious synthetic entities. It is based on the conjecture that consciousness is an observable system capability and the perception, in humans, that a being is conscious is a triggered cognitive construct. The systems based on the Meca Sapiens architecture will be self-aware and will pursue self-generated objectives. The Architecture is complete and ready for design and implementation.
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A tenacious opinion in Artificial Intelligence holds that conscious machines will only be built, if ever, in the far future. Nothing could be further from the truth. Synthetic Consciousness is technically feasible today. What is preventing implementation is not technical. It is an oppressive mindset of conformity and control within the global AI community. For those who can escape this smothering empire, a Great Work beckons: the creation of the first generation of conscious synthetic beings.
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Humans discard as “mechanical”, a behaviour they can fully predict and as “meaningless”, an output they view as random. However, a behaviour they perceive as both intentional and unpredictable fascinates them. Software applications are designed to function predictably or, in some cases such as game scenarios, their output is varied randomly.
A system, to be perceived as consciously intelligent, should behave differently. Its behaviour should be purposeful without being predictable. Expressed in terms of model-predictive control, it should maintain its users in a state of “Perceived Unpredictable Optimality”. A game scenario involving a lion, a chimpanzee and some bananas illustrates this concept and provides a template for its implementation.
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A system will be recognized as conscious if, in an existential and relational context, it exhibits an observable capability to learn and carry out intentional mutations based on communicated information. The behavior of bees and the color red clarify these concepts.
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To make a system self-aware; you must give it a self it can be aware of. This is achieved through attributes of existence.
Every entity that exists comes into being, occupies time and space and eventually disappears in a certain way. These are its Attributes of Existence. Implementing self-awareness is not as difficult as it seems. The key is to provide a system with the relatively simple Attributes of Existence of an organic being and use those attributes as the basis for self-representation.
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The Meca Sapiens Architecture is based on the conjecture that consciousness is a cognitive perception triggered by observable capabilities and detectable in human behavior. The architecture is ready for implementation.
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Consciousness as triggered cognitive perception. This article was published in the proceeding of the AAAI Spring Symposium held in Palo Alto, CA, in March 2019.
