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pharmrev.aspetjournals.org | ||
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qri.org
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| | | | | [AI summary] The text discusses the Symmetry Theory of Valence (STV), which posits that the valence (pleasure vs. pain) of experiences is linked to the symmetry and complexity of neural patterns. Key points include the role of neural synchronization and oscillatory patterns in generating emotional states, the idea that symmetric and complex patterns correspond to positive valence, and the application of this theory to understanding phenomena like meditation, psychedelics, and emotional states. The text also references various studies and theories from neuroscience, psychology, and computational models to support these ideas. | |
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opentheory.net
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| | | | | [AI summary] The text explores the concept of neural annealing, a neuroscience paradigm that describes how the brain reorganizes itself through processes of entropic disintegration and self-organization. It introduces the idea of connectome-specific harmonic waves (CSHW) and their role in shaping cognitive and emotional experiences. The text links neural annealing to various psychological and sociological phenomena, including personality traits, social cohesion, and cultural evolution. It also discusses the implications of different energy parameters in the brain, the role of psychedelics and other substances in facilitating annealing, and how these processes might be studied through social archaeology. The conclusion emphasizes the potential of neural annea... | |
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qualiacomputing.com
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| | | | | Excerpts fromUnifying Theories of Psychedelic Drug Effects(2018) by Link Swanson(these are just key quotes; the full paper is worth reading) Abstract How do psychedelic drugs produce their characteristic range of acute effects in perception, emotion, cognition, and sense of self? How do these effects relate to the clinical efficacy of psychedelic-assisted therapies? Efforts to understand... | |
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opentheory.net
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| | | [AI summary] The text explores the concept of connectome-specific harmonic wave (CSHW) theory, which posits that the brain operates like a musical instrument with harmonic principles. It connects neuroscience to art, music, and language, suggesting that understanding the brain's harmonic structure could revolutionize fields like AI, communication, and human improvement. Key themes include the brain as a resonant system, the role of harmonics in language and meaning, and the potential for aligning AI with human cognition through harmonic resonance. | ||
