Talvi Watia
Reputation
Top tag
Next privilege 250 Rep.
 Oct5 accepted Differences in Quaternion properties? Oct1 awarded Scholar Oct1 accepted How can you find the complex roots of i? Sep30 comment Differences in Quaternion properties? To explain further, the $i^{j^k}=-1$ must balance with the sum of the real value $e^{\pi \over 2}$ for quark tensors to exist correctly through what is seen through observation. perhaps the $=-1$ is misleading as it is a charge, not a distance. Sep30 comment Differences in Quaternion properties? +1 great answer. but I think it breaks at $e^{(log j)k}$ -> $e^{-i(\pi \over 2)}$ since i, j, k are not necessarily commutative. In the simple case, they are, but the complex They may not be a ring. Ironically, $e^{\pi \over 2}$ is the correct answer! (the threshold limit of the Planck constant to the Yang-Mills gap.) Sep30 comment Differences in Quaternion properties? @moron more often it is a Pointer... (but for this question, it means exponentiation.) Sep30 comment Differences in Quaternion properties? @robin perhaps you are right. This question may be more on the physics side rather than pure math. Sep30 revised Differences in Quaternion properties? added 154 characters in body Sep30 comment Differences in Quaternion properties? @J.M. understandable they normally would be completely different in most cases, but with this problem specifically they must balance somewhere... where they don't is a limit $\pm$ a known value. Sep30 awarded Commentator Sep30 comment Differences in Quaternion properties? @arturo edit again I didn't realize the nomenclature of functions and subsets was so elusive. I am a programmer, so sorry. Sep30 revised Differences in Quaternion properties? added 139 characters in body Sep30 awarded Student Sep30 revised How can you find the complex roots of i? edited title Sep30 comment How can you find the complex roots of i? @weltschmerz I don't know what to call it then? Sep30 asked How can you find the complex roots of i? Sep30 revised Differences in Quaternion properties? added 144 characters in body Sep30 revised Differences in Quaternion properties? added 296 characters in body Sep30 revised Differences in Quaternion properties? added 13 characters in body Sep30 revised Differences in Quaternion properties? not a ring I guess.