Abstract
As the global demand for mining resources continues to rise and as advances in aerospace exploration accelerate, the need for high-performance energetic materials capable of withstanding extreme conditions has become increasingly critical. This study focuses on the rational design and synthesis of a series of energetic molecules incorporating bistetrazole and chiral diol functional groups. The inclusion of bistetrazole units enhances the energetic performance and stability of these compounds, while the chiral diol groups contribute to their structural integrity.