Optomechanically Induced Transparency/Absorption in a 3D Microwave Cavity Architecture at Ambient Temperature

I have uploaded a folder titled "OMIT_paper," which contains various subfolders named after different power levels, such as "6.0_dBm" for 6 dBm of pump power. Within each of these power-named folders, there's a subfolder named "OMIT_50." Inside "OMIT_50," there are two distinct folders: "wc-wm" and "wc+wm." The "wc-wm" folder holds files that are used for plotting the S_21 parameter at a negative detuning relative to the resonance frequency of the cavity. Conversely, the "wc+wm" folder contains files for plotting the S_21 parameter at a positive detuning in relation to the cavity's resonance frequency. To create the colormaps depicted in Figure 3, it is necessary to calculate the average of all S_21 values found in the files within both the "wc-wm" and "wc+wm" folders, corresponding to each specified pump power level. The powers range from -5 dBm to 26 dBm, increasing in increments of 1 dBm. To produce Figure 4, it's necessary to determine the maximum and minimum values of S_21, depending on whether the context is gain or absorption.