Fig.10.7.4.2a6 (1). As two dark energies exist as same coordinates by [0, 0], it is as ultra-light speed of [0, 0], l^2 is the first reflexive in case of (3). [0, 0, … , 0] makes cos(r^z)=e*mod(sin(x),y) the first reflexive in case of (4).
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Fig.10.7.4.2a6 (1). As two dark energies exist as same coordinates by [0, 0], it is as ultra-light speed of [0, 0], l^2 is the first reflexive in case of (3). [0, 0, … , 0] makes cos(r^z)=e*mod(sin(x),y) the first reflexive in case of (4).Fig.10.7.4.2a6 (2). Making fig.10.7.4.2a6 (1) to understand easier.
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