Are scalars actually infinite dimensional vectors?
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You can break down a scalar function as a sum of basis functions times some coefficient. This is seen with Fourier series but also polynomials.
Scalars have dimension zero but they are vectors of infinite dimension. Similarly a circle can be seen as a polygon with infinite sides or as having zero sides.
So is infinite really zero? And can all scalar functions really be analized as being vectors in an infinite vector space?
Scalars have dimension zero but they are vectors of infinite dimension. Similarly a circle can be seen as a polygon with infinite sides or as having zero sides.
So is infinite really zero? And can all scalar functions really be analized as being vectors in an infinite vector space?