Comparative Environmental Field Analysis of Architectural Spaces Using Electromagnetic, Thermal, and Acoustic Measurement Instruments: An Experimental Study

This study presents an experimental and observational analysishttps://play.google.com/store/books/details?id=ZJLEEQAAQBAJ of environmental field variations across different architectural spaces, including traditional Indian structures, Islamic-influenced historical architecture, and modern reinforced concrete buildings. The research is based on systematic field measurements using electromagnetic, thermal, acoustic, and ion-detection instruments. The objective of this work is to document and compare measurable environmental parameters such as electromagnetic field intensity, temperature variation, sound frequency behavior, and ion concentration across different structural environments. The study follows a quantitative observational design with repeated measurements taken at standardized points within each architectural site. A range of scientific instruments was used, including EMF meters, gauss meters, infrared thermal imaging cameras, EVP audio recorders, K-II detectors, and air ion counters. Data was collected under controlled observational conditions to minimize external interference and ensure consistency in readings. The findings indicate that architectural materials, structural density, airflow patterns, and surrounding environmental conditions can contribute to measurable variations in environmental fields. The study does not attribute metaphysical or non-physical causes to these variations and remains strictly within the framework of environmental measurement and analysis. This research aims to contribute to interdisciplinary studies combining architecture, environmental physics, and observational field research, providing a foundation for further large-scale scientific investigations in this area.https://play.google.com/store/books/details?id=ZJLEEQAAQBAJ