AbstractRecently, it was demonstrated that one-loop energy shifts of spinning superstrings on AdS5×S5 agree with certain Bethe equations for quantum strings at small effective coupling. However, the string result required artificial regularization by zeta-function. Here we show that this matching is indeed correct up to fourth order in effective coupling; beyond, we find new contributions at odd powers. We show that these are reproduced by quantum corrections within the Bethe ansatz. They might also identify the “three-loop discrepancy” between string and gauge theory as an order-of-limits effect
The one-loop worldsheet corrections to spinning strings in the sl(2) subsector of AdS5 × S5 are comp...
We analyze quantum corrections to rigid spinning strings in AdS5 × S5. The one-loop worldsheet quant...
We analyze the effects of zeta-function regularization on the evaluation of quantum corrections to s...
Recently, it was demonstrated that one-loop energy shifts of spinning superstrings on AdS5 x S5 agre...
AbstractRecently, it was demonstrated that one-loop energy shifts of spinning superstrings on AdS5×S...
We analyze quantum corrections to rigid spinning strings in AdS5 × S5. The one-loop worldsheet quant...
We analyze quantum corrections to rigid spinning strings in AdS(5)xS(5). The one-loop worldsheet qua...
We analyze quantum corrections to rigid spinning strings in AdS5 × S5. The one-loop worldsheet quant...
The one-loop worldsheet corrections to spinning strings in the sl(2) subsector of AdS5 × S5 are comp...
The one-loop worldsheet corrections to spinning strings in the sl(2) subsector of AdS5 × S5 are comp...
We analyze the effects of zeta-function regularization on the evaluation of quantum corrections to s...
We analyze the effects of zeta-function regularization on the evaluation of quantum corrections to s...
We analyze the effects of zeta-function regularization on the evaluation of quantum corrections to s...
We analyze the effects of zeta-function regularization on the evaluation of quantum corrections to s...
We analyze the effects of zeta-function regularization on the evaluation of quantum corrections to s...
The one-loop worldsheet corrections to spinning strings in the sl(2) subsector of AdS5 × S5 are comp...
We analyze quantum corrections to rigid spinning strings in AdS5 × S5. The one-loop worldsheet quant...
We analyze the effects of zeta-function regularization on the evaluation of quantum corrections to s...
Recently, it was demonstrated that one-loop energy shifts of spinning superstrings on AdS5 x S5 agre...
AbstractRecently, it was demonstrated that one-loop energy shifts of spinning superstrings on AdS5×S...
We analyze quantum corrections to rigid spinning strings in AdS5 × S5. The one-loop worldsheet quant...
We analyze quantum corrections to rigid spinning strings in AdS(5)xS(5). The one-loop worldsheet qua...
We analyze quantum corrections to rigid spinning strings in AdS5 × S5. The one-loop worldsheet quant...
The one-loop worldsheet corrections to spinning strings in the sl(2) subsector of AdS5 × S5 are comp...
The one-loop worldsheet corrections to spinning strings in the sl(2) subsector of AdS5 × S5 are comp...
We analyze the effects of zeta-function regularization on the evaluation of quantum corrections to s...
We analyze the effects of zeta-function regularization on the evaluation of quantum corrections to s...
We analyze the effects of zeta-function regularization on the evaluation of quantum corrections to s...
We analyze the effects of zeta-function regularization on the evaluation of quantum corrections to s...
We analyze the effects of zeta-function regularization on the evaluation of quantum corrections to s...
The one-loop worldsheet corrections to spinning strings in the sl(2) subsector of AdS5 × S5 are comp...
We analyze quantum corrections to rigid spinning strings in AdS5 × S5. The one-loop worldsheet quant...
We analyze the effects of zeta-function regularization on the evaluation of quantum corrections to s...