Hirsh Elhence

Hydrogen, with its zero-carbon emissions, stands out as an important energy carrier [1], [2]. However, the challenges in hydrogen transportation necessitate the development of high-efficiency hydrogen storage materials to propel its practical applications. Ammonia (NH3) has the merit of high hydrogen storage capacity (17 wt%), ease of storage and transportation, and its environmental-friendly nature, making it an effective and secure medium for hydrogen storage [3], [4], [5].

In light of the burgeoning of fifth-generation (5G) communication, satellite, and radar detection, it is essential for the development of high-performance electromagnetic materials to solve the problem of electromagnetic waves (EMWs) pollution [1], [2], [3], [4].