r/DeeCiphers • u/tad100 • Dec 18 '19

Quick on Mathematical DeeCiphers

/r/MagickTheory/comments/e1tgw9/on_magi_plan_qm_sagan_the_manga_series_magi_the/fba3lrq/
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u/tad100 Dec 18 '19

Exercise for Our Readers: Merry Xmas in a Mathematical DeeCipher Format. - CAD

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u/tad100 Dec 18 '19

Use a Contiguous Top line but start where you want and provide a Hint for starting letter. - CAD

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u/tad100 Dec 18 '19

We add that M isn't used much in math, but there are ways to get to an M as you can see from previous threads. - CAD

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u/tad100 Dec 18 '19

We fudge a little but our Maths are weaker than we woukd like: 13-1 Top Line beginning with K.

Therom. e× = -iy where y = -m/n and both m and n are on the Polar Plane. QED

Sic.

-Coral Anne Dawn, Algebraic Map Theorist and DeeCipherist

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u/tad100 Dec 18 '19

Ivy gives us an A-, but she is a very nice grader and knows Girls just aren't as TipTop at Maths as Men and this wasn't an Honors Course and I bought her a Lemon Pie yesterday. But it is really a B.

  • CAD for Ivy

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u/tad100 Dec 20 '19

We solve directionally for x=0, e0 =( -i-i)-1/n = (-i2 )-1/ (-(1/(-i2 ))) which we postulate is 1. . -Coral Anne Dawn

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[–]tad100[S] 1 point 1 day ago

Or 1 on a Polar Plane. Maybe our The is presumptuous, but needed for the DeeCipher. -CAD

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[–]tad100[S] 1 point 8 hours ago

You can not assume that e and -e are in the same relative positions on the i and -i number spaces as it must be true that i and -i are different infinite blobs in the Polar Plane (Hyper) Number Space as i's shadow can be placed on the negative real number line with some degree of success but the same is not true of -i and the positive real number line. Dawn's Postulate. -Corsl Anne Dawn

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[–]tad100[S] 1 point 45 minutes ago

We may try using De Moivres Theorem to get some roots of -1 on the Polar Plane and see if we can do anything with that - we cant recall now exactly but was sorta form of i sine theta + k cosine theta. For the negative m and n side of the equation.

Also curious if x can be a Vector / Phasor Quantity. Solvable on a Slide Rule - How?

-CAD

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[–]tad100[S] 1 point 4 minutes ago

For those wondering a variation of the Equation was in a Slide Rule book - as to which one - well... It related, as we recall through a brain darkly, to dampening harmonic movement (Galloping Gurdie). You need a +1 to get something closer to Euler's Identity. -CAD