Materials Science

1. Alter the mass and size of the atom.

2. Change the Energy within and between atoms.

3. Change the distance between the atoms (lattice parameter of unit cell) up to +3.35% in Calcium Carbide.

4. Change the distance between the atoms (lattice parameter of unit cell) down to -0.56% in Indium.

5. Increased the latent heat by up to +674.16% in benzophenone. 

6. Decreased the latent heat by -70% in 4-methyl benzoic acid.

7. Altered the isotopic abundance by up to +531% in toluene.

8. Altered the isotopic abundance by up to -55.83% in 2-aminopyridine.

9. Altered the atomic weight by up to +0.94% in Aluminium

10. Altered the atomic weight by up to -1.07% in Activated Charcoal.

11. Increased the melting point by up to +29.59% in bio-peptone.

12. Decreased the melting point by up to -21.9% in tellurium.

13. Increased the crystallite size by + 835% in 2-hydroxyethyl cellulose

14. Decreased the crystallite size by -76.59% in activated charcoal.

15. Increased particle size by +432.9% in zinc flakes. 

16. Decreased particle size by -95.8% in silver. 

17. Increase the electron spin resonance (ESR) signal width by up to +311.1% in bismuth oxide

18. Decreased the electron spin resonance (ESR) by up to -88.9% in barium calcium tungsten oxide.

19. Increase oxygen to +22.40% in hydroxypropyl cellulose

20. Increase hydrogen to +46.66% in sodium alginate

21. Decreased sulfur in cotton by 100%.

22. Increase latent heat by +302.55% in gluten hydrolysate. Shelf life may have increased due to the increase in thermal stability.

23. Increase surface area by +374.40% in gluten hydrolysate. This might have improved solubility and bioavailability due to the decrease in particle size and increase in surface area.

24. Enhanced the energy band gap in silicon carbide (SiC). Application: This is useful for very high temperature or high voltage electronic devices.

25. Manganese Oxide (Mn3O4)

- Enhance the crystallite size by 96.28% and reduce the dislocation density by 74.04%.
- Enhance the electron paramagnetic resonance (EPR) intensity by 16%.
- Enhance the magnetic strength.

Application: This makes the best material for magnetic data storage devices.

26. Antimony Sulfide(Sb2S3)

 - Enhance crystallinity and crystallite size by +150%.
 - Enhance the absorption coefficient and reduce the energy band gap, both  together.

Application: This makes an excellent material for solar cell absorbers.

27. Boron Nitride(BN)

-  Change the crystal structure from hexagonal to wurtzite BN and rhombohedral BN.

The conventional method used to create this change is through annealing at a higher temperature of around 1700°C. Guruji's Blessings created this outcome at room temperature. 

Application: An outstanding material, SIMILAR to DIAMOND.