Exponential Riesz bases, discrepancy of irrational rotations and BMO

Mathematics – Classical Analysis and ODEs

Scientific paper

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16 pages, to appear in J. Fourier Analysis and Applications

Scientific paper

We study the basis property of systems of exponentials with frequencies
belonging to 'simple quasicrystals'. We show that a diophantine condition is
necessary and sufficient for such a system to be a Riesz basis in L^2 on a
finite union of intervals. For the proof we extend to BMO a theorem of Kesten
about the discrepancy of irrational rotations of the circle.

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