“…They are an important material class applied across a range of disciplines and industries owing to their unique intrinsic material properties. These include excellent electronic properties [1], mechanical and thermal stability [2,3], extremely large surface area [4], high light absorption [5], and biocompatibility [6], which have led to their utilization in supercapacitors [7,8], batteries [9,10], field emission devices [11,12], composite materials [13][14][15], cell culture scaffolds [16], and near-perfect light absorbers for technology and even art [5,17].…”