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The Matrix Theory of Objects An Update Sergio Pissanetzky Sergio@SciControls .com Model Universa lity Behavior Constrai nts Dynamics Cost Chaos Attracto rs Objects Learning Inherita nce Conclusi ons Predicti ons

The Matrix Theory of Objects An Update Sergio Pissanetzky [email protected] Model Universality Behavior Constraints Dynamics Cost Chaos Attractors

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Page 1: The Matrix Theory of Objects An Update Sergio Pissanetzky Sergio@SciControls.com Model Universality Behavior Constraints Dynamics Cost Chaos Attractors

The Matrix Theory of ObjectsAn Update

Sergio Pissanetzky

[email protected]

ModelUniversalityBehaviorConstraintsDynamicsCostChaosAttractorsObjectsLearningInheritanceConclusionsPredictions

Page 2: The Matrix Theory of Objects An Update Sergio Pissanetzky Sergio@SciControls.com Model Universality Behavior Constraints Dynamics Cost Chaos Attractors

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CA A C

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ModelUniversalityBehaviorConstraintsDynamicsCostChaosAttractorsObjectsLearningInheritanceConclusionsPredictions

V0 V1 V2 V3 V4 V5 V6 V7 V8 V9 V10 V11 V12 V13 V14 V15 V16 V17

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Page 3: The Matrix Theory of Objects An Update Sergio Pissanetzky Sergio@SciControls.com Model Universality Behavior Constraints Dynamics Cost Chaos Attractors

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CA A C

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ModelUniversalityBehaviorConstraintsDynamicsCostChaosAttractorsObjectsLearningInheritanceConclusionsPredictions

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Page 4: The Matrix Theory of Objects An Update Sergio Pissanetzky Sergio@SciControls.com Model Universality Behavior Constraints Dynamics Cost Chaos Attractors

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ModelUniversalityBehaviorDynamicsConstraintsCostChaosAttractorsObjectsLearningInheritanceConclusionsPredictions

Page 5: The Matrix Theory of Objects An Update Sergio Pissanetzky Sergio@SciControls.com Model Universality Behavior Constraints Dynamics Cost Chaos Attractors

ModelUniversalityBehaviorDynamicsConstraintsCostChaosAttractorsObjectsLearningInheritanceConclusionsPredictions

Page 6: The Matrix Theory of Objects An Update Sergio Pissanetzky Sergio@SciControls.com Model Universality Behavior Constraints Dynamics Cost Chaos Attractors

Conclusions● Every discrete , dynamic, dissipative, and chaotic system has a structure of objects.● The structure of objects is encoded in the constraints of the system.● The attractors of the system contain the objects.

Conjecture 1● Objects are necessary and sufficient for intelligence.

Predictions● Every discrete, dynamic, dissipative, and chaotic system is intelligent.● Artificially intelligent systems are possible.● No traditional deterministic computer program can simulate intelligence, not even the programs used for Artificial Intelligence, no matter their size.

Conjecture 2● The brain is a non-deterministic, dissipative system. Then, the theory of objects is the brain code that scientists are seeking.

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