“…Strong microwave interference not only threatens human health, but also is harmful to electromagnetic equipment operation; therefore, microwave shielding technologies are important to high-precision devices, especially in the field of military, aerospace, and telecommunications [1][2][3]. Traditional metals and emerging shielding materials such as metal-organic framework architectures [4], basalt fabric/epoxy composites [5], or MXene composites [6][7][8][9][10] have good shielding effectiveness. Nevertheless, their opaqueness would limit applications in some fields of optoelectronics, for example, glass for stealth aircrafts or warships [11] or optical detection devices for medical and electronic security purposes [12,13].…”