This work reveals infinitely many three-term arithmetic progressions in primes, suggesting significant structures within thin Bohr sets.
For an irrational α∈ R, we consider additive problems with the set of primes satisfying αp≤ 1/p^τ for some fixed $τ>0$. In particular, we show that there exist infinitely many non-trivial three-term arithmetic progressions in the set of primes satisfying αp≤ 1/p^τ for τ∈(0, 18). We also consider a binary Goldbach-type problem.
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Saurabh Jain (2025) studied this question.
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