Through genetic engineering technology, it is indeed possible to create bacteria that are resistant to specific drugs. For example, scientists can use gene editing methods (such as CRISPR-Cas9) to introduce specific gene mutations to make bacteria resistant. However, this kind of research is usually aimed at exploring the mechanism of resistance, understanding the biological characteristics of bacteria, and developing new treatments, rather than actually creating superbugs for spread. Experiments to create resistant bacteria have major issues in biosafety and ethics, and are therefore strictly supervised and restricted in the scientific community and regulatory agencies. Researchers must follow ethical standards and laws and regulations to ensure that the experiments do not pose a threat to public health. In a scientific research environment, such experiments are generally carried out under strict control to prevent accidental spread or abuse. In summary, although it is technically feasible, in scientific research, related experiments are subject to strict ethical and legal supervision, with the aim of better understanding and responding to the problem of antibiotic resistance, rather than simply creating superbugs.