Using Dowsing experimental technique (TED) to identify different minerals, metals, and other materials: Is it pure physics and chemistry (Applied Natural Sciences), or psychology (Human’s Behavioral Science)?
Dowsing experimental technique (DET), also known as divination, has been used to serve human needs across different civilizations. A comprehensive review of the literature on DET indicates that scientists are divided into two groups, regarding DET’s science and interpretation. One group believes that there is pure physics and chemistry behind DET and, therefore, it should be considered as one of the applied sciences used for materials’ prospecting. The other group believes that identification of materials using DET can be explained as a psychological behavior. In this research paper, DET has been used to identify several materials, and the various possible mechanisms behind it also examined. Accordingly, 68 samples were collected from various locations in Jordan and Palestine to identify them using DET. The collected samples, including different kinds of minerals, metals, rocks, etc., were divided into 9 groups. Experiments were conducted on combinations of the collected materials, using wooden rods and two capsules filled with crushed materials and placed on the rods. It is believed that the materials were identified using DET because of energy radiation, thermal conduction, piezoelectric effects, and/or electrostatic forces. DET may be also interpreted in terms of psychological perspectives, as being a psychological kinesthetic sense. So that these forces may be able to move the rods towards the target material, identify it, and recognize its location. However, DET is still an open question for further research, including cyber-psychology and other digital tools. In short, DET has proven to be a successful, easy, cheap, applicable, and sustainable technique for identifying and locating various materials.
Authors
- Hilmi S. Salem (ORCID: https://orcid.org/0000-0001-8697-329X)
- Ibrahim Rabba
Publication Details
- Journal
- Engineering and Applied Science Letters
- Published
- 2025-06-30
- DOI
- https://doi.org/10.30538/psrp-easl2025.0113
- Primary Topic
- Electrochemical Analysis and Applications
- Type
- article
- Field-Weighted Citation Impact
- 0.00