USPA Masterclass #64 Consciousness Beyond the Conventional: from Spiritus Mundi to Quantum Networks with Serge Kernbach
June 14,2025, 1:00 Central Time
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The Masterclass:
This presentation explores a range of unconventional phenomena observed in both physical and biological systems, emphasizing their evolving interpretation in the context of societal and technological progress. Particular focus is placed on contemporary frameworks in terms of spin-related effects and macroscopic entanglement. The concept of the “operator” is examined through the lens of potential latent properties of consciousness. A series of electrochemical and nuclear magnetic resonance experiments are presented, demonstrating the feasibility of detecting subtle quantum-level effects and evaluating their potential application in biophysics, plant biology, and neurobiology. The discussion extends to futuristic perspectives, including interactions with Earth’s quantum information networks and the theoretical possibility of consciousness persistence beyond biological constraints. The structure of the talk is as follows:
- Phenomenology
- Unconventional effects in physical and biological experiments
- “Phantoms”, ITC, John Keel’s Trojan Horse
- Exploring and understanding
- First attempt: Light, Ether, Vital energy, Orgone, eloptic energy, negentropy
- Second attempt: electromagnetic phenomena, radio and resonances
- Third attempt: quantum effects on macroscale
- Tools
- Macroscopic entanglement in biological systems
- Spins and sensors on spin-polarized effects: electrochemistry and NMR
- Exploring latent properties of consciousness: non-classical cerebral mediator
- Concluding comments: Useful or useless? Science, pseudo-science or postpositivism? ITC with Earth’s quantum network? Mortal or immortal?
About Serge
Serge says, “A little bit about myself. We work (with colleagues) in the areas of biointerfaces, electrochemistry, and biosensors. In unconventional areas, the large interest is related to in entanglement phenomena in macrosystems, particularly in biological organisms. The hypothesis is that these phenomena could underlie mind-matter interactions. We are also developing spin-based sensors to detect such interactions. “
Serge Kernbach, Dr.rer.nat, research director and CEO of CYBRES GmbH (Research Center of Advanced Robotics and Environmental Science, Germany), former head of the collective robotic group at University of Stuttgart until 2013, since 2016 a foreign member of the Academy of Natural Sciences. Completed his doctorate in 2006 with the best thesis award under the supervision of, among others, Prof. H.Haken, founder of Synergetics. Recipient of multiple research grants, including presidential and DAAD grants. His expertise spans robotics, sensor systems, and fluidic/biological measurements. Author of two monographs, two edited books, over 200 articles in international journals and conference proceedings, editor of the “Handbook of Collective Robotics”. Serves on editorial boards in robotics and water research. With over a decade of teaching in computer science, he was a coordinator and principal investigator of over 15 European projects in the field of robotics and biohybrid systems since 2004. His work is frequently featured in media. For the past 12 years, he has led a company focused on electrochemical, dielectric, and NMR spectroscopy, phytosensing, and the emerging field of quantum effects in macroscopic systems.
