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10 - 14 July
Ligres Crete
This track explores open-science methods for systematically capturing and comparing subjective experiences in altered states, using validated psychometric questionnaires and large-scale data-sharing platforms. It emphasizes refining altered-state taxonomies, improving reliability via dose-response analyses, and integrating quantitative approaches with phenomenological insights to evaluate subjective alterations from various induction techniques. Organized by Timo Torsten Schmidt and Cyril Costines.
Experience of Unity
Spiritual Experience
Blissful State
againhere
jo
This track explores state-of-the-art VR approaches for inducing altered states of consciousness (ASCs) by disrupting multisensory integration, altering self-representation, and simulating complex perceptual distortions. It will feature demonstrations of systems such as the Hallucination Machine and the bioresponsive Viscereality Project, facilitating discussions on phenomenological insights and the effectiveness of VR in evoking ASCs. Organized by Keisuke Suzuki, Pawel Motyka, and George Fejer.
This track explores state-of-the-art VR approaches for inducing altered states of consciousness (ASCs) by disrupting multisensory integration, altering self-representation, and simulating complex perceptual distortions. It will feature demonstrations of systems such as the Hallucination Machine and the bioresponsive Viscereality Project, facilitating discussions on phenomenological insights and the effectiveness of VR in evoking ASCs. Organized by Keisuke Suzuki, Pawel Motyka, and George Fejer.
This track explores state-of-the-art VR approaches for inducing altered states of consciousness (ASCs) by disrupting multisensory integration, altering self-representation, and simulating complex perceptual distortions. It will feature demonstrations of systems such as the Hallucination Machine and the bioresponsive Viscereality Project, facilitating discussions on phenomenological insights and the effectiveness of VR in evoking ASCs. Organized by Keisuke Suzuki, Pawel Motyka, and George Fejer.
This track explores state-of-the-art VR approaches for inducing altered states of consciousness (ASCs) by disrupting multisensory integration, altering self-representation, and simulating complex perceptual distortions. It will feature demonstrations of systems such as the Hallucination Machine and the bioresponsive Viscereality Project, facilitating discussions on phenomenological insights and the effectiveness of VR in evoking ASCs. Organized by Keisuke Suzuki, Pawel Motyka, and George Fejer.
This track explores state-of-the-art VR approaches for inducing altered states of consciousness (ASCs) by disrupting multisensory integration, altering self-representation, and simulating complex perceptual distortions. It will feature demonstrations of systems such as the Hallucination Machine and the bioresponsive Viscereality Project, facilitating discussions on phenomenological insights and the effectiveness of VR in evoking ASCs. Organized by Keisuke Suzuki, Pawel Motyka, and George Fejer.
This track explores state-of-the-art VR approaches for inducing altered states of consciousness (ASCs) by disrupting multisensory integration, altering self-representation, and simulating complex perceptual distortions. It will feature demonstrations of systems such as the Hallucination Machine and the bioresponsive Viscereality Project, facilitating discussions on phenomenological insights and the effectiveness of VR in evoking ASCs. Organized by Keisuke Suzuki, Pawel Motyka, and George Fejer.
This track explores state-of-the-art VR approaches for inducing altered states of consciousness (ASCs) by disrupting multisensory integration, altering self-representation, and simulating complex perceptual distortions. It will feature demonstrations of systems such as the Hallucination Machine and the bioresponsive Viscereality Project, facilitating discussions on phenomenological insights and the effectiveness of VR in evoking ASCs. Organized by Keisuke Suzuki, Pawel Motyka, and George Fejer.