Consciousness and Computation

Wouter Slettenhaar

This paper proposes the Self-Computing Universe Hypothesis (SCUH), a novel theoretical framework that integrates quantum mechanics, the philosophy of time, and the role of consciousness. Unlike traditional interpretations where consciousness is seen as a passive observer, SCUH posits that consciousness actively selects reality from a field of quantum possibilities within a dynamic, multidirectional temporal structure. We argue that what appears as randomness in quantum mechanics is a manifestation of deeper computational dynamics, and that time itself is not linear but a fluid medium navigated by conscious agency.

Mir Faizal, Arshid Shabir

Everett X. Wang, Zhong Lin Wang, Shudong Zhou +2 more

Recent research suggests that the human brain may possess quantum computing capabilities, but the implications for consciousness remain unclear. This study investigates the role of quantum computing in accounting for the nature of consciousness using teletransportation thought experiments to transfer a person from one location to another. Two versions of the experiment are proposed using the brain as an apparatus, and the results are analyzed using classical and quantum computing principles. The findings suggest that classical computing principles alone cannot account for consciousness, and that quantum computing capabilities in the brain are necessary. Furthermore, the no-cloning theorem guarantees a unique copy of quantum states in the brain, resolving a teletransportation paradox proposed by Derek Parfit. These results suggest that quantum computing in the brain is crucial to understanding the nature of consciousness.

Jincheng Zhang

Quantum Simulation of Consciousness Computing explores the potential of quantum computing to model and understand the neural basis of consciousness. This paper introduces a novel framework leveraging quantum simulation to emulate the dynamic behavior of brain neurons, aiming to elucidate the fundamental mechanisms underpinning consciousness. We detail the key principles of this approach, focusing on the use of quantum superposition and entanglement to represent and analyze neural networks. The core claim is that quantum simulation can provide a more precise and insightful understanding of the brain's processes, offering a pathway toward developing artificial consciousness.

Salvador Elías Venegas-Andraca