Orbital-angular-momentum-selective nanofocusing with Weyl semimetals

r2p4b16e25sb.txt: full root solutions for the parameters \rho=2.4, \beta=16, \epsilon_W=25, \epsilon_d=1 (vacuum). The format is a Mathematica "Table", whose first entry is the orbital angular momentum m of the band and whose second entry is a "Table", containing the pairs {cq_z/\omega_p,\omega/\omega_p}. Data used in Fig. 2 r4b16e25.txt: full root solutions for the parameters \rho=4, \beta=16, \epsilon_W=25, \epsilon_d=1. Data used in Fig. 2 fig3_and_fig4_new.nb: Mathematica Notebook with data in "Table" format. It contains phase and group velocities for the modes |m|=1 and |m|=2 for \omega = 0.4\omega_p, \epsilon_d = 10 and \beta = 10. It also contains the position dependent refractive index for various modes and \omega = 0.4\omega_p, \epsilon_d = 10 and \beta = 10. Data used in Fig. 3 and Fig. 4 EmLogItab1r075b16m2b.txt: logarithm of the square module of the unnormalized electric field as a function of the position. The format is a Mathematica "Table", whose first entry is the orbital angular momentum m of the band and whose second entry is a "Table", containing the triplets {r,z,|Em|^2}, where r is the radial distance and z is the position along the axis, with the tip in the origin. \omega=0.75\omega_p, \beta=16, m=2. Data used in Fig. 5. LogFluxtab1r075b16m2b.txt: logarithm of the flux of the Poyinting vector as a function of the position. Same format and parameters as above. Data used in Fig. 5. LogFluxtab1r075b16m1.txt: logarithm of the square module of the field as a function of the position for orbital angular momentum m=1. Same format and parameters as above. Data used in Fig. 5. EmLogItab1r075b16m1.txt: logarithm of the square module of the unnormalized electric field as a function of the position. Same format and parameters as above. Data used in Fig. 5. sectionm1.txt: Logarithm of the LFIE, \omega_p R/c=0.6, \omega=0.75\omega_p, \beta=16 and orbital angular momentum m=-1, in Mathematica "Table" format. Data used in Fig. 6, Appendix A. sectionm2.txt: same as above, orbital angular momentum m=-2. Data used in Fig. 6, Appendix A.