TL;DR
This paper revisits s-wave scattering of fermions in a dilaton black hole background, highlighting issues with information loss when one-loop corrections are included during bosonization.
Contribution
It introduces a model coupling Dirac fermions to a dilaton field and analyzes the impact of one-loop corrections on fermion scattering and information loss.
Findings
One-loop corrections complicate the scattering process.
Potential information loss issues arise in the model.
Bosonization affects the unitarity of the scattering process.
Abstract
A model where a Dirac fermion is coupled to background dilaton field is considered to study s-wave scattering of fermion by a back ground dilaton black hole. It is found that an uncomfortable situation towards information loss scenario arises when one loop correction gets involved during bosonization.
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