Moving. A ladder of admuns (add-multiplications).

I just can’t work away from my place. I am wasting a lot of time at Starbucks. I’ll move to a new place in one month, and I hope to do better then.


Let me describe a sequence of fields isomorphic to R via iterations of exp. The multiplication of each of them is the sum of the next one. I could vary the base, make it dependent of the index of the consecutive iteration but first let me keep it simple.

Let:

  • e-2  :=  -∞
  • e-1  :=  0   (thus  e-1 = ee-2)
  • en  :=  een-1   for every  n=0 1 …

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so that  en = en  for every  n=0 1 …. We have the standard addition and multiplication operations in

R = (e-2; ∞)

namely

  • #0  :=  + : (e-2; ∞)2 → (e-2; ∞)
  • #1  :=  * : (e-2; ∞)2 → (e-2; ∞)

followed by more advanced admun (add-multiplication) operations:

#n : (en-3; ∞)2 → (en-3; ∞)

defined by:

exp(x) #n exp(y)  :=  exp(x #n-1 y)

for every  n = 2 3 …

Let  Rn  :=  (en-2); ∞)  for each  n=0 1…  Then

(Rn  #n  #n+1  en-1  en)

is a field, where:

  • Rn  is the set of elements of the field;
  • #n  is the field’s addition operation (it’s commutative and associative);
  • #n+1  is the field’s multiplication operation (it’s commutative and associative);
  • en-1  is the field addition’s neutral element (“zero”, even if it looks like something else )
  • en  is the field multiplication’s neutral element (“one”, even if it looks like something else)

The Starbucks is about to close, I need to go (while Starbucks at Arborland is open 24h–should I write there before I move?).


Yes, I went home then, but now I am editing my entry (cheating? :-)).


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