Logical and thermodynamical reversibility: optimized experimental implementation of the NOT operation

<p><strong>Dataset for the article:</strong></p> <p>Logical and thermodynamical reversibility: optimized experimental implementation of the NOT operation</p> <p>to be published in PRE</p> <p><strong>Files description:&nbsp;</strong></p> <p><strong>.fig:</strong> Matlab Figures used to create the figures of the article</p> <p><strong>Analysis.mat:</strong> mat file storing the analysis of 4538 bitflip protocols.</p> <ul> <li>dQall: average infinitesimal&nbsp;heat evolution along a protocol</li> <li>dt: sampling rate</li> <li>dW:&nbsp;average infinitesimal&nbsp;work&nbsp;evolution along a protocol</li> <li>f0: resonance frequency of the cantilever</li> <li>Klist: average kinetic energy evolution along a protocol</li> <li>N: number of protocols</li> <li>Qhisto: array of the&nbsp;average heat released for the N protocols</li> <li>sigma_m: position variance implemented in the FPGA at the beginning of the N protocols</li> <li>sigmalist: position variance recalibrated for each protocol&nbsp;</li> <li>tau1: duration of the bitflip</li> <li>Teq: duration of the equlivration step</li> <li>trelax: time between protocols</li> <li>Ulist:&nbsp;average potential energy evolution along a protocol</li> <li>Vplot: protocol driving for the plot</li> <li>Whisto:&nbsp;array of the&nbsp;average work&nbsp;released for the N protocols</li> <li>x0plot: protocol driving for the plot</li> <li>xplot: position signal for plotting&nbsp;</li> </ul> <p><strong>bitflip.m:&nbsp;</strong></p> <p>Analysis code to obtain the Analysis.mat type of files from the dataset of N protocols.</p> <p><strong>bitflip_01.mat to bitflip_1000.mat</strong></p> <p>Experimental data of bitflip protocols. The driving and the system position are stored, and some acquisition parameters. These files are designed to be analysed by bitflip.m</p> <p>.</p> <p>&nbsp;</p>