{"algorithm_caption":[],"algorithm_content":[{"type":"equation_inline","content":"\sigma = \tau /\left[\cos \theta \cos \gamma \right]"},{"type":"text","content":" Let "},{"type":"equation_inline","content":"\theta = \gamma = 45^{\circ}"},{"type":"equation_inline","content":"\sigma = \tau /\left[(1 / $\sqrt{2}$)(1 / $\sqrt{2}$)\right]"},{"type":"equation_inline","content":"\sigma = 2\tau"},{"type":"equation_inline","content":"\sigma = F/A"},{"type":"equation_inline","content":"= 8/3 / (1/2)"},{"type":"equation_inline","content":"= 16/3"},{"type":"equation_inline","content":"\sigma = 2\tau"},{"type":"equation_inline","content":"16/3 = 2\tau"},{"type":"equation_inline","content":"\tau = 8/3 = S.F."}]}

I. INTRODUCTION

Two important facts about Astrotheology is that the universe exists where the force and momentum are equal; and that the moment is (1-sin 1 rad.) One radian is ~60 degrees of course. In this paper, we make use of these facts coupled with Materials Engineering to see why these two values are important. We begin with the face centered cube.

Face Centered Cube Figure 1: Face Cantered Cube

Knowing that the slip plane if area=0.5, we can calculate the critical stress that allows failure and thus movement.

{"code_caption":[],"code_content":[{"type":"text","content":"We have previously calculated that the Ether is 76.6% crystallized. The perimeter of the crystals would be:\n\nPerimeter=2(100)+2(76.7)\n=3.532\n\n2(100) + 2(23.3)\n=246.6\n\n3.532/246.6=14.32%\n\nTemperature:\nT=300\nT=327; T=-97.\n\n327-(-97)=424\n\n424/300=1.413\n\n424/27=0.1590=1-sin 1 =Moment"}],"code_language":"txt"}

We know from pervious papers on Astrothology that the critical force – the Superforce (S.F.) =8/3, or 2.666 We see from the free body diagram that the critical factor become 1/7 or the economic multiplier, important in Astrotheology.

Pressure=0.932

U.V.=Universal Vector=12.82 U.V./Vol.=0.4231 =cuz

Figure 6: Triclinic

II. CONCLUSION

Material Science provides some insights into why the ether is a face centered cube; why the superforce is 8/3; and why the crystallization is 76.6%.

1. Callister, W.D., Material Science and Engineering an Introduction. Wiley 2000.