Enhanced light collection from a gallium nitride color center using a near index-matched solid immersion lens - data

<p>These data are from a study involving the enhanced photon collection and imaging of a solid-state room temperature quantum light source using a near refractive index matched hemispherical solid immersion lens. We use power dependent photon counting measurements to deterministically enhance the number of photons extracted from the semi-polar Gallium Nitride host from a pre-selected quantum light source.<br></p><p>The dataset includes 13 .CSV files with the raw data for each figure in the manuscript. The filename of the files points towards each labelled subplot in each figure.</p><p><br>fig1_c.csv - 2D array of intensity data for the confocal scan map in Fig1.(c). The X and Y axis are in stored in the first column and row respectively.</p><p>fig1_d.csv - Intensity vs polarisation.</p><p>fig1_e.csv - Intenstiy vs wavelength including the fit data presented in the plot.</p><p>fig1_f.csv - g^(2) data vs time.</p><p>fig2_a.csv - 2D array in the same format as fig1_c.csv.</p><p>fig2_b.csv - Intensity vs Y position.</p><p>fig2_c.csv - Intensity vs X position.</p><p>fig2_d.csv - 2D array in the same format as fig1_c.csv.</p><p>fig2_e.csv - Intensity vs Y position.</p><p>fig2_f.csv - Intensity vs X position.</p><p>fig3_a.csv - Collection efficiency vs numerical aperture analytical data.</p><p>fig3_b.csv - Simulated collection efficiency vs Azimuthal angle.</p><p>fig3_c.csv - Measured intensity vs excitation power.</p><p>Research results based upon these data are published at https://doi.org/10.1063/5.0085257<br></p><p><br></p>