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complex_exponents_with_positive_real_bases [2015/04/15 14:12]
nikolaj
complex_exponents_with_positive_real_bases [2015/04/15 14:13] (current)
nikolaj
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 says that exponentiation is a (the) homomorphism between $+$ and $\cdot$. says that exponentiation is a (the) homomorphism between $+$ and $\cdot$.
  
-The combinatorial manifestation,​ e.g. formulated in for $B,​X_1,​\dots\in\bf{Set}$,​ is+The combinatorial manifestation,​ e.g. formulated in for $B,X_1,X_2,​\dots\in\bf{Set}$,​ is
  
 $B^{\coprod_{j\in J}X_j}\cong\prod_{j\in J} B^{X_j}$ $B^{\coprod_{j\in J}X_j}\cong\prod_{j\in J} B^{X_j}$
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