With the increasing demand for underwater and implantable medical electronics, a stable and continuous power supply is essential. However, conventional wireless charging methods (such as electromagnetic induction and radio frequency-based charging) used in smartphones and wireless earphones suffer from short transmission distances, low energy transfer efficiency in biological tissues, and electromagnetic interference.

Development of 100% self-reinforced composites for urban air mobility (UAM) and other applications such as air taxis. Significant improvement in bonding strength, tensile strength, and impact resistance compared to previous work.