Resultados de investigación

The supplemental material contains the computational details, as well as some figures and discussions that reflect the results presented in the main part., Peer reviewed

9 páginas, introducción con método y referencias, 5 tablas y 1 figura, Peer reviewed

The supplementary information file contains: Supplementary Figures S1-S8. Supplementary information and data are provided to further illustrate the intercalation process of Eu below the hBN/Pt substrate as well as magnetic easy axis determination of the Eu-Pt alloy below hBN., Peer reviewed

Additional SANS plots and analysis of SANS data., Peer reviewed

All the source data, codes and raw images used in main text and supplementary information of "An atomic-scale multi-qubit platform" are supplied in the file., Peer reviewed

Detailed explanation of the computational methods, the election of the exchange correlation functional and the effect of external Lennard-Jones interactions at the harmonic level., Peer reviewed

The supplemental material provides: - Computational details and parameters that are needed to reproduced the calculations. - The model system that we use. - Technical details about the two-temperature model. - Technical details about the inclusion of the chemical potential in our calculations., Peer reviewed

This PDF file includes: Figs. S1 to S10 Legends for tables S1 to S6, Other Supplementary Material includes the following: Tables S1 to S6, Peer reviewed

Additional STM topographs and spectroscopy data and further results from DFT calculations., Peer reviewed

S1 Linear-response frequency-domain TDDFT calculations for a planar free-electron metal slab S1.1 Ground-state calculations S1.2 Linear-response calculations S1.3 Reflection coefficient R(ω, kk), surface response function g(ω, kk), and Feibelman parameter d⊥(ω, kk) S2 Real-time TDDFT calculations of the optical response of a cylindrical nanowire S2.1 Ground-state calculations S2.2 Optical response S3 Surface-response formalism (SRF) for the optical response of a cylindrical nanowire S3.1 Induced potential and the Feibelman parameter S3.2 Plasmon resonances sustained by a cylindrical nanowire within the SRF S4 Multipolar polarizabilities of a cylindrical nanowire S4.1 General expressions of the multipolar polarizability and multipole moment S4.2 Multipolar polarizability within the SRF and the classical theory S4.3 Multipolar polarizability from TDDFT calculations S5 Assessing the robustness of the dispersive Feibelman parameter S5.1 Real-time TDDFT calculation of dcyl⊥(ω, m) S5.2 Comparison between the dispersive Feibelman parameter dcyl⊥(ω, m) calculated with TDDFT for different nanowire sizes and d⊥(ω, kk) calculated with TDLDA for the planar metal surface S6 Resonant frequency and width of the plasmon resonances, Peer reviewed