Chemical Stability and Potency Retention in High-Dilution Homeopathic Preparations Stored Under Variable Environmental Conditions

Abstract

The stability and preservation of homeopathic remedies are crucial aspects of pharmaceutical integrity, yet few studies have explored how environmental factors such as light, temperature, and humidity affect the chemical and energetic profile of high-dilution solutions. This longitudinal research investigates the chemical composition, electromagnetic resonance, and potency retention of six commonly used homeopathic remedies (Nux vomica 200C, Sulphur 1M, Carcinosin 30C, Thuja 1M, Sepia 200C, and Phosphorus 10M) stored under varied environmental settings over 18 months. Using high-sensitivity spectrophotometry, Raman spectroscopy, and electrochemical impedance spectroscopy (EIS), significant fluctuations were observed in the stored samples exposed to prolonged sunlight, EM radiation, and fluctuating humidity. Remedies stored in dark-glass vials under temperature-stabilized conditions showed minimal degradation in spectral properties and retained consistent therapeutic response in human volunteers measured through constitutional symptom tracking. This research introduces quantifiable variables for quality assurance in homeopathic pharmacies and suggests a standardized protocol for remedy storage.

Keywords: Homeopathic storage stability, high dilution preservation, electromagnetic resonance, spectral integrity, potency loss, temperature sensitivity, remedy efficacy