“…[3] In contrast, μ-SCs are promising for such applications because of their charge-discharge (CD) rate, high power density, and long cycle life. [20,21] Given the potential advantages of fractal designs, many research groups have recently started to work on fractal electrode designs for several applications, such as in characterization of complex irregular surfaces, [22] neural stimulation, [23] high-density CMOS capacitors, [24] optoelectronic devices, [25,26] biosensors, [27] stretchable electronics, [28] and in radio frequency (RF) MEMS capacitors. [20,21] Given the potential advantages of fractal designs, many research groups have recently started to work on fractal electrode designs for several applications, such as in characterization of complex irregular surfaces, [22] neural stimulation, [23] high-density CMOS capacitors, [24] optoelectronic devices, [25,26] biosensors, [27] stretchable electronics, [28] and in radio frequency (RF) MEMS capacitors.…”