topología algebráica imperial

f(x) = x+(1/m)·a

g(y) = y+(-1)·(1/m)·a

f(0) ---> ...(n)... ---> (fo...(n)...of)(0)

g(-0) ---> ...(n)... ---> (go...(n)...og)(-0)

f(x) = x·a^{(1/m)}

g(y) = y·a^{(-1)·(1/m)}

f(1) ---> ...(n)... ---> (fo...(n)...of)(1)

g(1/1) ---> ...(n)... ---> (go...(n)...og)(1/1)

f(x) = e^{(1/m)·x}

g(y) = ln( (1/m)·x )

f( m·ln(1) ) ---> ...(n)... ---> (fo...(n)...of)( ( (m·ln)o...(n)...o(m·ln) )(1) )

g( m·e^{0} ) ---> ...(n)... ---> (go...(n)...og)( ( (m·exp)o...(n)...o(m·exp) )(0) )