EXPERIMENTS CARRIED OUT AT A POWDER METALLURGY PLANT

Mr. M. K. Trivedi had approached me about one and half years ago with an idea to use his Divine energy to transform the materials. I had suggested that he should work on metallic, ceramic and polymer powders and organic compounds. I had expected that if he is transmitting some energy in the electromagnetic region then it should effect the atomic and molecular forces and hence the properties of solids and liquids. As free atoms are not available for work, and, the smallest aggregates of atoms such as powders and molecular arrangements such as liquids are easily available in high purities as well as in small quantities, we have selected these. One set of samples is preserved as control/ standard samples while the other set of samples in each case is blessed/ treated (is exposed to Guruji’s energy). Both control and treated samples were characterised by several experimental techniques such as XRD, ESR, Mass Spectroscopy, Particle size analyzer, BET- surface area analyzer, FTIR, UV-VIS, SEM , Thermal analysis etc. The results in all the cases indicated that his energy has the capacity to alter/ reprogram the atomic arrangements in crystals and molecules and surprisingly the mass and charge (energy) of the atom itself. This has reflected in change in size of the crystal unit cell, crystallite, grain and finally the particle itself. The average particle size and particle size distribution were measured by laser particle size analyser, the surface area of the powders by BET method and the morphology by SEM. All these characteristics were changed after blessing.

Apart from particle size and size distribution and surface area, the properties of practical interest to particulate materials industry are the sieve analysis of the given batch of the powders and bulk properties such as flow and apparent density. Mr. P. N. S. Sivan the CEO of Sintbush India Pvt Ltd, Palghar, Thane Dist., Maharashtra, India, has permitted me to conduct these experiments in his factory and has also provided some of the metallic powders of common use.

The experiments conducted were of two types. The first experiment was performed by Mr. Trivedi blessing iron and copper powders by wave of his hand after which these were characterised. This experiment is termed as ‘blessing in physical presence’. In the second experiment six different powders are at first characterised for sieve analysis, flow and apparent density (control samples). These were then kept on a table and Mr. Trivedi who was at about 100 Km distance (at his residence at Andheri, Mumbai, India) was informed by telephone that the powders are kept ready for blessing. After half an hour later Mr. Trivedi phoned back saying that the powders are blessed and the testing can be carried out. Thus this experiment is aptly termed as ‘long distance blessing by thought intervention.’

EXPERIMENT- BLESSING IN PHYSICAL PRESENCE

TREATMENT- PHYSICAL BLESSING BY WAVE OF Mr TRIVEDI’S HAND ON POWDERS
CHARACTERISATION- 14TH DECEMBER 2008, SINTBUSH INDIA, PALGHAR

SIEVE ANALYSIS

BULK PROPERTIES

BULK PROPERTIES

SIEVE ANALYSIS

BULK PROPERTIES

COMPARISON OF IRON AND COPPER POWDERS BLESSED BY BOTH TECHNIQUES

P  -   BLESSING IN PHYSICAL PRESENCE

T  -   LONG DISTANCE BLESSING BY THOUGHT INTERVENTION

CONCLUSIONS

1. Mr. Trivedi’s divine energy had substantially changed the sieve fractions of iron and copper powders by both types of blessing techniques. The bulk properties were substantially changed by blessing in physical presence as compared to blessing by thought intervention. This is perhaps the powders in the first experiments were tested after several months where as the powders in thought intervention experiments were tested after half an hour.
Experiments designed using a single sieve fraction and characterisation after blessing for different time periods might throw more light.

2. The results showed increase as well as decrease in weight of various sieve fractions indicating increase in size due to plastic deformation and decrease in size due to fracture probably at crystallite and grain boundaries.
Use of quantitative metallographic techniques to estimate the change in grain size will be helpful in understanding this phenomenon.

The results obtained are in agreement with the changes observed in particle size and size distribution by laser particle size analyser and BET surface area. At the atomistic level the mass and charge of the atoms are changing which are reflected in the changes in size of unit cell, crystallite and particle. How this can happen with just physical touch or thought intervention is a miracle and can not be understood with our current scientific knowledge.