Quantum biology and non-equilibrium quantum thermodynamics of oral bio-networks: A paradigm shift in predictive, preventive and personalized dentistry

mysore, Hemesh (2025) Quantum biology and non-equilibrium quantum thermodynamics of oral bio-networks: A paradigm shift in predictive, preventive and personalized dentistry. International Journal of Science and Research Archive, 16 (1). pp. 529-543. ISSN 2582-8185

The landscape of biological understanding is undergoing a profound transformation, moving beyond classical biochemical frameworks to embrace the principles of quantum mechanics and non-equilibrium thermodynamics. This report outlines a novel paradigm for oral health, conceptualizing the oral cavity as a complex quantum-thermodynamic bio-network. This perspective suggests that biological systems do not merely tolerate quantum effects but actively leverage them for enhanced efficiency and resilience, indicating a deep, inherent quantum advantage in life’s fundamental operations. The report explores how fundamental quantum phenomena such as superposition, entanglement, tunneling, and coherence underpin critical biological processes within this environment, including highly efficient energy transfer, information processing in protein networks, enzyme catalysis, and the remarkable adaptability of the oral microbiome. Simultaneously, it emphasizes the necessity of a non-equilibrium thermodynamic lens to describe these processes, which inherently operate far from equilibrium, continuously managing energy flow and entropy production. The integration of these fields reveals that deviations from an optimal quantum-thermodynamic balance contribute to pathological states, fundamentally redefining disease etiology. While significant scientific and technical hurdles persist, particularly concerning the persistence of delicate quantum states in the “warm, wet, and noisy” biological environment, the potential applications for Predictive, Preventive, and Personalized Dentistry (PPPD) are immense. This includes the development of next-generation quantum sensors for early disease detection, quantum-optimized therapeutic strategies, and advanced dental materials incorporating quantum dots. By understanding and harnessing these quantum-thermodynamic principles, a future where dental care is truly predictive, preventive, and personalized can be unlocked, fostering a deeper, more holistic approach to oral and systemic health.