# Choose, choose, choose...

**Number Theory**Level pending

\[ m! = \dbinom{64}{32}\times\dbinom{32}{16}^2 \times \binom{16}{8}^4 \times\dbinom{8}{4}^8\times\dbinom{4}{2}^{16}\times\dbinom{2}{1}^{32}\]

Find the value of \(m\) satisfying the equation above.

**Clarification:** The notation \( \binom{x}{y}\) indicates "x choose y" or the binomial coefficient indexed by x and y.