Interdisciplinary Physics: Biological Physics, Quantum Information, etc.

Tatiana V. Guy

The DYNALIFE interdisciplinary meeting will explore the role of quantum phenomena in the information processing, transfer of complex living systems, decision making and cognition as well as on methods and techniques for simulating biological informational phenomena.\nThe conference will feature a broad spectrum of topics at the intersection of quantum physics, biology, and information science. We invite submissions of new and original research on a variety of subjects, including but not limited to the following:\n• quantum transport and sensing\n• quantum effects in the brain, perception and cognition\n• role of quantum effects in the origins of life and complexity\n• quantum-to-classical transition in living organisms\n• quantum computing for molecular biology\n• quantum-like modelling and quantum bio inspired technologies\n• quantum decision making and cognition.\nThe conference aims to foster interdisciplinary collaboration among working groups and stimulate cross-field interactions to deepen our fundamental understanding of biological information and its role in the origin of life. Additionally, it will leverage cutting-edge biological insights to describe phenomena in cognition and decision-making and help to explore potential applications (e.g. medicine, technology).

Alexander W. Stern

Fred H. Thaheld

While we do not yet know how Nature is nonlocal, interdisciplinary research in the areas of physics, biophysics and neuroscience going back over 4 decades, reveals that Nature is nonlocal. Nonlocality appears to have been observed between human subjects’ brains, human neural stem cells and in quantum coherence in muscle contraction in single actin filaments. And, since the neurons are entangled, this introduces the concept of biological quantum nonlocality being ‘generated’ or ‘accessed’ each time that they fire, and an action potential is achieved. This could then provide not only for a resolution of the binding problem and the reverse direction problem, since this biological quantum nonlocality containing information, is not only being ‘generated’ and shared by the neurons continuously and instantaneously but, could lead to biology pointing the way to new physics!

Ali Akbar Mohaddes

Conference Presentation This presentation introduces conceptual and applied perspectives on advanced quantum-inspired bioinformational systems and their potential implications for environmental engineering, biological performance optimization, and interdisciplinary scientific innovation. The work explores theoretical frameworks, experimental observations, and future research directions related to structured informational fields, adaptive biological responses, and next-generation performance environments. Presented at an international scientific conference, this contribution aims to stimulate dialogue among researchers across physics, bioinformatics, environmental sciences, and human performance domains. Author and Presenter: Ali Akbar Mohaddes Affiliation: International Group of Ali Akbar Mohaddes

H. Bomke