I was learning commutators for 3-style, and came to the thought of 4-style and even 5-style.
Are these [number]-style methods even possible/somewhat profiting to learn if they are possible? And if so, what would be the commutator counts for these methods.
If 3-style has N number of commutators, would 4-style have N^ⁿ commutators (where N would be comparable to commutator count, so count would move linear compared to N in N-style)
I might have asked this too complicatedly, but being the nerd I am, I wanted to include some mathematics in the proving of this theory.
Thanks, pyraaron, 15, Finland
Are these [number]-style methods even possible/somewhat profiting to learn if they are possible? And if so, what would be the commutator counts for these methods.
If 3-style has N number of commutators, would 4-style have N^ⁿ commutators (where N would be comparable to commutator count, so count would move linear compared to N in N-style)
I might have asked this too complicatedly, but being the nerd I am, I wanted to include some mathematics in the proving of this theory.
Thanks, pyraaron, 15, Finland