READ ME File For 'thesis_data.zip' Dataset DOI: https://doi.org/10.5258/SOTON/D2260 ReadMe Author: Stella L. Harrison, Hybrid Photonics Group, University of Southampton [https://orcid.org/0000-0002-0302-728X] ** This dataset supports the PhD Thesis of Stella Louise Harrison ** AUTHORS: Stella L. Harrison (S.L.Harrison@soton.ac.uk) TITLE: Optically Trapped Polariton Condensates as Dissipative Coupled Oscillator Networks Some data for this thesis is in 'dataset.zip', other data can be found through DOI:10.5258/SOTON/D1268 and DOI:10.5258/SOTON/D2104 FUNDING/GRANTS: --> EPSRC – DTP (DTA) - EP/N509747/1 & EP/R513325/1 --> EPSRC Grant No. EP/M025330/1 on Hybrid Polaritonics _________________________________________________________________________________________________________ ♦♦ This dataset contains: ♦♦ FILE NAME | DESCRIPTION --------------------+------------------------------------------------------------------------------------ 5.3a.txt --- Fig 5.3(a), row1: x values, rows 2-6: |r complete> of N = {5,10,15,20,25,30} 5.3b_N5_Jc1.txt --- Fig 5.3(b), N = 05, J_c = 01, row1: J values, row2: 5.3b_N10_Jc1.txt --- Fig 5.3(b), N = 10, J_c = 01, row1: J values, row2: 5.3b_N15_Jc1.txt --- Fig 5.3(b), N = 15, J_c = 01, row1: J values, row2: 5.3b_N20_Jc1.txt --- Fig 5.3(b), N = 20, J_c = 01, row1: J values, row2: 5.3b_N25_Jc1.txt --- Fig 5.3(b), N = 25, J_c = 01, row1: J values, row2: 5.3b_N30_Jc1.txt --- Fig 5.3(b), N = 30, J_c = 01, row1: J values, row2: 5.3b_N5_Jc10.txt --- Fig 5.3(b), N = 05, J_c = 01, row1: J values, row2: 5.3b_N10_Jc10.txt --- Fig 5.3(b), N = 10, J_c = 10, row1: J values, row2: 5.3b_N15_Jc10.txt --- Fig 5.3(b), N = 15, J_c = 10, row1: J values, row2: 5.3b_N20_Jc10.txt --- Fig 5.3(b), N = 20, J_c = 10, row1: J values, row2: 5.3b_N25_Jc10.txt --- Fig 5.3(b), N = 25, J_c = 10, row1: J values, row2: 5.3b_N30_Jc10.txt --- Fig 5.3(b), N = 30, J_c = 10, row1: J values, row2: 5.3c_N5_Jc1.txt --- Fig 5.3(b), N = 05, J_c = 01, row1: J values, row2: 5.3c_N10_Jc1.txt --- Fig 5.3(b), N = 10, J_c = 01, row1: J values, row2: 5.3c_N15_Jc1.txt --- Fig 5.3(b), N = 15, J_c = 01, row1: J values, row2: 5.3c_N20_Jc1.txt --- Fig 5.3(b), N = 20, J_c = 01, row1: J values, row2: 5.3c_N25_Jc1.txt --- Fig 5.3(b), N = 25, J_c = 01, row1: J values, row2: 5.3c_N30_Jc1.txt --- Fig 5.3(b), N = 30, J_c = 01, row1: J values, row2: 5.3c_N5_Jc10.txt --- Fig 5.3(b), N = 05, J_c = 01, row1: J values, row2: 5.3c_N10_Jc10.txt --- Fig 5.3(b), N = 10, J_c = 10, row1: J values, row2: 5.3c_N15_Jc10.txt --- Fig 5.3(b), N = 15, J_c = 10, row1: J values, row2: 5.3c_N20_Jc10.txt --- Fig 5.3(b), N = 20, J_c = 10, row1: J values, row2: 5.3c_N25_Jc10.txt --- Fig 5.3(b), N = 25, J_c = 10, row1: J values, row2: 5.3c_N30_Jc10.txt --- Fig 5.3(b), N = 30, J_c = 10, row1: J values, row2: 5.5a_N05_Jc1.txt --- Fig 5.5(a), N = 05, J_c = 01, row1: J values, row2: 5.5a_N10_Jc1.txt --- Fig 5.5(a), N = 10, J_c = 01, row1: J values, row2: 5.5a_N15_Jc1.txt --- Fig 5.5(a), N = 15, J_c = 01, row1: J values, row2: 5.5a_N20_Jc1.txt --- Fig 5.5(a), N = 20, J_c = 01, row1: J values, row2: 5.5a_N25_Jc1.txt --- Fig 5.5(a), N = 25, J_c = 01, row1: J values, row2: 5.5a_N30_Jc1.txt --- Fig 5.5(a), N = 30, J_c = 01, row1: J values, row2: 5.5a_N05_Jc10.txt --- Fig 5.5(a), N = 05, J_c = 10, row1: J values, row2: 5.5a_N10_Jc10.txt --- Fig 5.5(a), N = 10, J_c = 10, row1: J values, row2: 5.5a_N15_Jc10.txt --- Fig 5.5(a), N = 15, J_c = 10, row1: J values, row2: 5.5a_N20_Jc10.txt --- Fig 5.5(a), N = 20, J_c = 10, row1: J values, row2: 5.5a_N25_Jc10.txt --- Fig 5.5(a), N = 25, J_c = 10, row1: J values, row2: 5.5a_N30_Jc10.txt --- Fig 5.5(a), N = 30, J_c = 10, row1: J values, row2: 5.5b_N05_Jc1.txt --- Fig 5.5(a), N = 05, J_c = 01, row1: J values, row2: 5.5b_N10_Jc1.txt --- Fig 5.5(a), N = 10, J_c = 01, row1: J values, row2: 5.5b_N15_Jc1.txt --- Fig 5.5(a), N = 15, J_c = 01, row1: J values, row2: 5.5b_N20_Jc1.txt --- Fig 5.5(a), N = 20, J_c = 01, row1: J values, row2: 5.5b_N25_Jc1.txt --- Fig 5.5(a), N = 25, J_c = 01, row1: J values, row2: 5.5b_N30_Jc1.txt --- Fig 5.5(a), N = 30, J_c = 01, row1: J values, row2: 5.5b_N05_Jc10.txt --- Fig 5.5(a), N = 05, J_c = 10, row1: J values, row2: 5.5b_N10_Jc10.txt --- Fig 5.5(a), N = 10, J_c = 10, row1: J values, row2: 5.5b_N15_Jc10.txt --- Fig 5.5(a), N = 15, J_c = 10, row1: J values, row2: 5.5b_N20_Jc10.txt --- Fig 5.5(a), N = 20, J_c = 10, row1: J values, row2: 5.5b_N25_Jc10.txt --- Fig 5.5(a), N = 25, J_c = 10, row1: J values, row2: 5.5b_N30_Jc10.txt --- Fig 5.5(a), N = 30, J_c = 10, row1: J values, row2: 5.6b.txt --- Fig 5.6(b), row1: time values, row2-91: phase values 5.6c.txt --- Fig 5.6(c), row1: sigma values, row2: error complete graph, row3: error unembedde Jc = 10, row4: error embedded Jc = 10, row5: error unembedded Jc = 20, row6: error embedded Jc = 20 5.8a.txt --- Fig 5.8(a), unlooped chains, row1: Jc values, rows 2-11: Embedded error N = 50 to 5, rows 12-21: Unembedded error N = 50 to 5 5.8b.txt --- Fig 5.8(b), looped chains, row1: Jc values, rows 2-11: Embedded error N = 50 to 5, rows 12-21: Unembedded error N = 50 to 5 5.9a.txt --- Fig 5.9(a), row1: x-data of N, row2: Error for \epsilon = 0, row3: Error for \epsilon = 0.04 5.9b.txt --- Fig 5.9(b), row1: Time, rows 2 - 6: amplitudes 5.9c.txt --- Fig 5.9(c), row1: Time, rows 2 - 91: amplitudes 5.9d.txt --- Fig 5.9(d), row1: Time, rows 2 - 91: amplitudes 6.4a.txt --- Fig 6.4(a), 200 x 200 pixels of experimental real-space phase, 1 pixel = 0.0325 um, normalised between -pi and pi radians 6.4b.txt --- Fig 6.4(b), 200 x 200 pixels of experimental real-space phase, 1 pixel = 0.0325 um, normalised between -pi and pi radians 6.4c.txt --- Fig 6.4(c), 200 x 200 pixels of experimental real-space phase, 1 pixel = 0.0325 um, normalised between -pi and pi radians 6.4d.txt --- Fig 6.4(d), 200 x 200 pixels of experimental real-space phase, 1 pixel = 0.0325 um, normalised between -pi and pi radians 6.6a.txt --- Fig 6.6(a), Experimental results only. row1: rotation frequencies, row2: Fraction of vortices 6.10i.txt --- Fig 6.10(i), Experimental results only. row1: rotation frequencies, row2: Fraction of vortices 7.8a.txt --- Fig 7.8(a), spatial resolution: 1 pixel = 0.0625 um 7.8b.txt --- Fig 7.8(b), row1: separation distance values, rows 2 onwards: energy spectrum. Energy resolution 1 pixel = 12.5 ueV 7.8c.txt --- Fig 7.8(c), spatial resolution: 1 pixel = 0.0625 um 7.8d.txt --- Fig 7.8(d), row1: separation distance values, rows 2 onwards: energy spectrum. Energy resolution 1 pixel = 12.5 ueV _________________________________________________________________________________________________________ ♦♦ Information for where to find data for thesis figures which is not included in this dataset: ♦♦ ** Figures where data is already available through DOI:10.5258/SOTON/D1268 ** 1.9 --> see Fig.1(a) of DOI:10.5258/SOTON/D1268 3.2(a,b,c,d,e) --> see Fig.1&5 of DOI:10.5258/SOTON/D1268 3.3(a,b,c,d,e) --> see Fig.2 of DOI:10.5258/SOTON/D1268 3.5(a,b) --> see Fig.3 of DOI:10.5258/SOTON/D1268 3.6(a,b,c,e) --> see Fig.4 of DOI:10.5258/SOTON/D1268 3.7(a,b,c,d,e,f) --> see Fig.9 of DOI:10.5258/SOTON/D1268 3.8 --> see Fig.8 of DOI:10.5258/SOTON/D1268 ** Figures where data is already available through DOI:10.5258/SOTON/D2104 ** 4.2 --> see Fig.1(d,e) of 10.5258/SOTON/D2104 4.3 --> see Fig.1(df,g,h,i,j,k) of 10.5258/SOTON/D2104 4.4(a,b,c) --> see Fig.7 of 10.5258/SOTON/D2104 4.7(a-j) --> see Fig.4(b-f,h-l) of 10.5258/SOTON/D2104 4.8(a,c) --> see Fig.5(a,c) of 10.5258/SOTON/D2104 4.9(f) --> see Fig.6(f) of 10.5258/SOTON/D2104 4.10(a-e) --> see Fig.8(a-e) of 10.5258/SOTON/D2104