Integrating Traditional Persian Medicine With Quantum Biology: Towards a New Model in Personalised and Preventive Healthcare
Majid Nimrouzi, Mohammad Jamali, Ali MosahebfardABSTRACT
Rationale, Aims, and Objectives
Traditional Persian Medicine (TPM) offers a holistic framework centered on humoral balance and individualized constitution (mizaj), yet it lacks formal mechanistic alignment with modern biophysical sciences. This paper explores the conceptual and mathematical integration of TPM with quantum biology to lay the foundation for an evidence‐based diagnostic and therapeutic model in personalized healthcare.
Framework and Approaches
We map core TPM principles onto quantum biological phenomena, drawing parallels between humoral equilibrium and quantum coherence, as well as constitutional states and superposition. A quantum‐logic mathematical formalization is introduced to represent complex physiological states. Furthermore, potential diagnostic modalities uniting TPM pulse diagnostics with bio‐photonic coherence measurements and nanotechnology‐enhanced herbal formulations are examined.
Discussion and Conclusions
Bridging TPM with quantum biology provides a novel paradigm that reconciles traditional holistic insights with rigorous biophysical foundations. While theoretically promising, translational application necessitates targeted empirical validation and careful consideration of ethical, technological, and clinical translation barriers.