READ ME File For 'Optical Anapole Metamaterial dataset' Dataset DOI: 10.5258/SOTON/D0136 ReadMe Author: Vassili Savinov, University of Southampton This dataset supports the publication: Wu, PC, Liao, CY, Savinov, V, Chung, TL, Chen, WT, Huang, Y-W, Wu, PR, Chen, Y-H, Liu, A-Q, Zheludev, N & Tsai, DP (2018) 'Optical Anapole Metamaterial' in ACS Nano. Contents +++++++++ The archive contains all the data displayed in the paper. Each data-set is given in CSV form and is associated with the relevant figure by file name. The CSV files do not have headers (for convenience of automated loading), so the columns will be listed below Figure 2c.txt ------------- 5 columns: Wavelength in meters, T (S-parameters), R (S-Parameters), T (Multipoles), R (multipoles) Figure 2d.txt ------------- 6 columns: Wavelength in meters, electric dipole (p), magnetic dipole (m), toroidal dipole (T), electric quadrupole (Q_e), magnetic quadrupole (Q_m) Figure 3a.txt ------------- 17 columns: Wavelength in meters, then 16 columns of reflection for Gap Size from 5nm to 230 nm (equispaced) Figure 3b.txt ------------- 17 columns: Wavelength in meters, then 16 columns of transmission for Gap Size from 5nm to 230 nm (equispaced) Figure 4a_top.txt ----------------- 6 columns: Wavelength in meters, electric dipole (p), magnetic dipole (m), toroidal dipole (T), electric quadrupole (Q_e), magnetic quadrupole (Q_m) Figure 4a_bottom.txt ----------------- 3 columns: wavelength in meters, electric/toroidal dipole field phase difference in degrees, electric+toroidal dipole field sum magnitude Figure 4b.txt ----------------- 4 columns: wavelength in meters, Scattering Cross Section in nm^2, supp curve 1, supp curve 2 Figure 4c.txt ------------- 2 columns: gap size in nm, resonant wavelength in nm Figure 5a.txt ------------- 5 columns: gap size in nm, T-p, T-m, T-Q_e, T-Q_m Figure 5b.txt ------------- 18 columns: three sets of data columns 1-6: wavelength in nm, electric dipole (p), magnetic dipole (m), toroidal dipole (T), electric quadrupole (Q_e), magnetic quadrupole (Q_m) columns 7-12: wavelength in nm, electric dipole (p), magnetic dipole (m), toroidal dipole (T), electric quadrupole (Q_e), magnetic quadrupole (Q_m) columns 13-18: wavelength in nm, electric dipole (p), magnetic dipole (m), toroidal dipole (T), electric quadrupole (Q_e), magnetic quadrupole (Q_m) Figure 6c.txt -------------- 4 columns: two sets columns 1-2: wavelength in nm, reflection columns 3-4: wavelength in nm, transmission Figure S1a.txt -------------- 2 columns: wavelength in nm, transmission Figure S1c.txt -------------- 2 columns: wavelength in nm, transmission Figure S1d.txt -------------- 2 columns: wavelength in nm, transmission Figure S1f.txt -------------- 2 columns: wavelength in nm, transmission Figure S2a.txt ------------- 17 columns: Wavelength in meters, then 16 columns of transmission for Gap Size from 5nm to 230 nm (equispaced) Figure S2b.txt ------------- 17 columns: Wavelength in meters, then 16 columns of transmission for Gap Size from 5nm to 230 nm (equispaced) Figure S3.txt ------------- 4 columns: two sets of data columns 1-2: wavelength in nm, extinction experiment columns 3-4: wavelength in nm, extinction simulation Figure S4a.txt --------------- 5 columns: Wavelength in meters, T (S-parameters), R (S-Parameters), T (Multipoles), R (multipoles) Figure S4b.txt -------------- 4 columns: two sets of data columns 1-2: wavelength in nm, reflection columns 3-4: wavelength in nm, transmission Figure S4c.txt ------------- 6 columns: Wavelength in meters, electric dipole (p), magnetic dipole (m), toroidal dipole (T), electric quadrupole (Q_e), magnetic quadrupole (Q_m) Figure S5_*.txt ---------------- columns are labeled Geographic location of data collection: University of Southampton, U.K. Related projects: Physics & Tech of Photonic Metadevices & Metasystems Hayden, B., Richardson, D., Zheludev, N., Plum, E. & Muskens, O. EPSRC EP/M009122/1 Dataset available under a CC BY 4.0 licence Publisher: University of Southampton, U.K. Date: February 2018