Used as a supramolecular host molecule in sensor development due to its ability to form stable inclusion complexes with various organic and inorganic guests. Its cavity structure selectively binds small molecules and ions, making it valuable in designing chemical sensors and separation systems. Applied in environmental monitoring for detecting pollutants such as aromatic compounds and heavy metal ions. Also explored in drug delivery systems for controlled release, leveraging its biocompatible and host-guest properties. Additionally, serves as a building block in nanotechnology for constructing molecular assemblies and functional materials.