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Omni-MATH / Determine whether or not there exist two different sets A,B, each consisting of at most 2011² positive integers, such that every x with 0<x<1 satisfies the following inequality: …

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problem

Determine whether or not there exist two different sets A,BA,B, each consisting of at most 201122011^2 positive integers, such that every xx with 0<x<10 < x < 1 satisfies the following inequality: |aAxabBxb|<(1x)2011.\left| \sum_{a \in A} x^a - \sum_{b \in B} x^b \right| < (1-x)^{2011}.
Plain-text mathematical notation (without MathML)
Determine whether or not there exist two different sets A,B, each consisting of at most 2011² positive integers, such that every x with 0<x<1 satisfies the following inequality:
|∑_(a∈A)x^(a)−∑_(b∈B)x^(b)|<(1−x)²⁰¹¹.
Original LaTeX notation
Determine whether or not there exist two different sets $A,B$, each consisting of at most $2011^2$ positive integers, such that every $x$ with $0 < x < 1$ satisfies the following inequality:
\[\left| \sum_{a \in A} x^a - \sum_{b \in B} x^b \right| < (1-x)^{2011}.\]

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