Soul and Mind as Functional Control in the Management of Human Body: A Scientific Approach

Soul is an eternal, noble and everlasting presence of energy in human body, represents bestcreation of nature. The combination of five dhatus (Air, Water, Earth, Agni, Akasha) with Soul is called‘Shad Dhatu’ purusha. When the Soul leaves the body, all biological and physiological activities are notfunctional and body declared as dead body. The sharira (body), indriya (sense organs), Mann (mind),and Soul (atma) are connected together in the living human body, this is called as Ayu (life). Mann,Soul, and Sharira are just like the tri-unity. The world is self-sustained by their combination and theyconstitute the sol stratum for physical, mental, psychological activities along with spiritual knowledgegrowth in human life. The soul is non-physical and non-materials. Science does all experiments forconfirming and understanding the events and action. This initiate an effort to provide and develop aconcept to hypothesize this relationship among Soul, Mann and body. They all are connected togetherand cannot be separated till death. The separation mechanism is not clearly understood for theirinternal survival in the human body and even after death also. We never find any kind of method,techniques and technology to identify soul and mann individually in the living body even after death.The whole body functions and their operational mechanism have been witnessed by the soul. It is akind of a divine battery that never exhausts its power or capacity during individual life and re-birth ascompared to manmade battery which loses its strength with time in working of instruments/devices.The battery has to be replaced in order to make the device in working condition. We hope that presentstudy will provide the scientific basis in understanding the embedded relationship of soul, mann in thefunctioning of human and body.

Effect of low voltage on electrical properties of eye lens.

In the present study, the Cole-cole plot of lens tissue has been drawn using AC impedance system (EG and G PARC Model 318) in the frequency range 10 mHz to 10 Hz at low voltage stress. The impedus locus between real part (Z') and imaginary part (Z") of complex impedance of lens was examined. Results showed that the extracellular resistance (Re), distribution factor (alpha) and depressed angle (theta) were significantly varied at experimental low voltages. An attempt has been made to explain the electrical data of voltage-tissue interaction on the basis of solid state biophysics.

Near ultraviolet radiation induced changes in goat lens.

The possibility that the ultraviolet radiation from sunlight and other ambient sources as a major causative factor for the onset of cataract processes and photolytic changes of the eye lens constituents was studied. Normal goat lenses exposed in vitro to near UV radiation in the region of 315-400 nm (UV-A) revealed distinct morphological changes in the ultrastructure, increase in the inorganic elements; C, H, N, and a sharp shift in the intrinsic fluorescence spectra. UV exposure resulted in an alteration in the lambda max of the excitation spectra, a red shift in the emission absorption maxima and also an increase in the absolute fluorescence intensity. Scanning electron microscopic study showed a significant increase in the interfibrillar distances of the lens structural proteins. It is argued that the UV light induced covalent modifications of the lens proteins and their aggregations might have occurred due to the generation of photolytic products which then lead to oxidative damages.