With the rising growth of web of issues, wearable digital units have been extensively utilized in civilian or navy fields. As a vital part of information transmission in wearable electronics, versatile antenna is likely one of the key points of analysis. Typical metallic antennas undergo the massive pores and skin depth, which can not fulfill the necessities of wearable electronics of light-weight, versatile, and skinny. Not too long ago, a bunch of two-dimensional metallic metallic carbides (named as MXene) have been explored as constructing blocks of high-performance versatile antennas with wonderful flexibility and superior mechanical energy. The looks of hydrophilic useful teams on the floor of MXene permits easy, scalable, and environmentally pleasant manufacturing of MXene-based antennas. On this Minireview, some pioneering works of MXene-based versatile radio frequency elements have been summarized, and the present bottlenecks and the long run traits of this promising subject are mentioned.
