The 'Wow' Experience: Significance of Mind in the Realm of Quantum Consciousness
Utpal Chakraborty
Study at a glance
AI-extracted from the abstract| Characteristics | Theoretical or philosophical paper |
|---|---|
| Key points | Proposes that consciousness, mind, and quantum mechanics are interconnected, that information storage and retrieval in the mind may involve unknown high-speed mechanisms, and that transient "Wow!" experiences of intense realization offer a window into consciousness. Argues this framework can guide future empirical research. |
Abstract
This paper explores the complex connections between mind, consciousness and quantum mechanics, integrating current scientific theories and insights to propose a cohesive framework. It delves into models of quantum consciousness, information processing in the mind and the significance of "Wow!" moments in human cognitive experience. Consciousness, though central to our existence, remains a subject that challenges clear scientific characterisation. This paper embarks on an interdisciplinary exploration of the nexus between consciousness, the mind and quantum mechanics, aiming to bridge gaps that persist in our understanding. Concurrently, the paper explores innovative hypotheses regarding information storage and processing in the mind, suggesting that data retrieval and cognition could function through unknown high-speed mechanisms. The construct of the "Wow!" experience is introduced and scientifically probed as a transient cognitive phenomenon that may offer unique insights into consciousness. It's examined through neurological and psychological lenses, focusing on the underlying mechanisms that give rise to such intense moments of realisation or emotion. The paper aims to provide a cohesive, scientifically grounded perspective that not only integrates current theories but also paves the way for empirical research and a deeper understanding of the intricate interplay between the quantum realm and consciousness. The abstract encapsulates a novel synthesis, balancing theoretical complexity with empirical considerations, and signals a promising direction for future research in neuroscience, cognitive sciences, and quantum physics.