  Gamma-ray bursts (GRBs), especially short GRBs, are often considered
potential candidates for exhibiting kilohertz quasi-periodic oscillations
(QPOs) due to their origin from binary mergers. It has already been discovered
that two bursts exhibit QPOs. While systematic searches for QPOs in GRBs
typically concentrate on the kilohertz range, there has been no comprehensive
exploration in the hundred-hertz range. In this study, we systematically
conducted QPO searches on all BATSE short burst data within the 0-1000 Hz
range. Using nested significance tests, we observed that the reference
distributions for different GRBs are quite similar. This observation prompted
us to analyze the data by selectively focusing on those with larger statistical
values, obviating the need to iterate through all the data and significantly
reducing computational workload. Ultimately, our findings did not reveal any
compelling evidence for QPOs, which may suggest that the GRB jet has lost the
early merging memory.
