Let $A_t\in M_n(\mathbb{R})$ be a smooth path. Does the commutator $[A_t',A_t]$ (always) vanish ?
2026-04-24 23:12:39.1777072359
In $M_n(\mathbb{R})$, does the tangent vector to a path commute with the position?
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Suppose $[A,B]\neq 0$, write $A_t=A+tB$, $A'_t=B$.
$A_tA'_t=(A+tB)B=AB+tB^2$
$A'_tA_t=B(A+tB)=BA+tB^2$
implies $[A_t,A'_t]\neq 0$.