S. Enterprize _Analysis_ Of Silicon Crystal Data

Shown In Figures

(c)(d) 2001 S. Enterprize Co.

All Rights Reserved

Figure (1)

Real Atomic Image by,  Dr.  P.D. Neillist

"Incoherent Transmission Electron Microscopy"

Phys. Rev. Lett. 81, 4156 ( 9 Nov. 1998)

Copyright (C) 1998 by the American Physical Society

Figure (2)

"One Isolated Silicon Crystal Atom ( ZOOMED-IN 200%)

With Dark Line Representation Of -  S. Enterprize Interpretation of Data"

Figure (3)

" One Silicon Crystal Atom Composite View Made Using

Smart Model Structures"

Figure (4)

One Silicon Atom Showing That It Is Made From Two Nitrogen Atoms 

         As one observes Figure (2) and Figure (3), one can see very close similarities. One is made with a REAL Atomic Image, and the other was made with the Smart Model HSF Structures. If one looks a little closer at Figure (1), one can see a distinct yellow coloration area which appears to have a slight separation in the yellow color.  S. Enterprize believes this points to the two similar areas that make the Silicon Atom, as shown in Figure (3).  Each Silicon Atom has an interacting linking field,  between each atom, as one can observe in Figure (2)) shown with the dark outline, extending from the Silicon atom ). The dark outline , on the REAL Image is what the Smart Model Structure Predicts, in it's design. The Smart Silicon Atom was made with 14 protons, 14 neutrons, and 14 electrons, that are in Helix Spiral Field Interaction.  The numbers of particles and atomic weight for Silicon,  are in agreement with The Periodic Table Of Elements.  So,  the Smart Model is in agreement with the Periodic Table of Elements. This shows further backing proof that the Smart Model is correct, too.

         A Silicon Atom is initially made from two nitrogen atoms as shown in Figure (4). After the two nitrogen atoms interact, as shown in Figure (3), it turns into a Silicon Atom. S. Enterprize Co. believes that the Line Spectra for Silicon is in agreement with the Smart Structure shown. When the composite chacteristic frequencies are added for this structure, the Silicon EM sub-sub-fluid field produces the wave form seen on the Line Spectra. ( Refer to Smart-Einstein PhotoElectric Effect : HSFPhotoEffect1.avi )

         The Real Image  shown is a Silicon Crystal with interacting atoms that are separated by about .78 Angstroms, between each atom. If a person repeats the same pattern of one silicon atom, they can arrive with what is seen in the Real Crystal Atomic Image. If one does the same thing with the Smart Model Silicon Structure, they can get the same Silicon Crystal image.