The data exported here corresponds to the analyzed ones, for which a good fit of the noise is possible.

For each noise measurement the exported file contains the applied voltage bias Vdc, the measured differential transmission of the QPC ({\tau}ac) and the measured dc transmission of the QPC (\tau in article, {\tau}dc here), the measured excess noise, as well as the predictions for {e*=e*_th, \Delta=\Delta_th}, {e*=e*_th, \Delta=1/2} and the prediction calculated using the best fit parameters.
The fitting parameters are gathered for each experimental condition (\nu, T, QPC, V_tg and possible \delta B) with the corresponding transmission at zero voltage tau0 and QPC gate voltage Vqpc in the subdirectory "Charge_Delta" for 2 fitting parameters or "Delta" for 1 fitting parameter.

Correspondence between computed quantities as described in the first line of the analyzed data files and as defined in the paper (see Fig.1 for I_F and I_B):
	
	Vdc: dc voltage applied to ohmic the injection contact in C
	{\tau}ac: dI_B/dI_inj
	{\tau}dc: I_B/I_inj, \tau in article
	Smean: Excess noise, S_BB, or the average of S_BB, S_FF and -S_BF if available
	Sfit: result of the fit (2parameters for fits on the entire range of V with e* and \Delta as fitting parameters
          			 1parameter for fits on e*V<2kT and only \Delta as a free parameter)
	Scoth: prediction for e*=e*_th \Delta=1/2, equation 1 of the article
	Sdiga: prediction for e*=e*_th \Delta=\Delta_th, equation 2 of the article with predicted delta
	Vqpc: QPC gate voltage V_gate

	In Charge_Delta or Delta
	charge and delta: fitting parameters e*/e and \Delta
	tau0: QPC transmission at zero bias \tau(V=0)
	Vqpc: QPC gate voltage V_gate

	

	