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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

[Introduction] The sunflower broomrape (Orobanche cumana Wallr.) gene pools of the Guadalquivir Valley and Cuenca province in Spain had predominantly race-F virulence. A new race G was observed recently in the Guadalquivir Valley potentially due to the genetic recombination of the avirulence genes of both gene pools., [Methods] In this research, we have studied populations with atypical virulence from Cuenca. These populations parasitize on DEB2 sunflower line, resistant to all race-G populations evaluated. Ten populations collected in Cuenca province were evaluated with sunflower differential lines and genotyped with 67 SNP markers., [Results] Although genetic recombination with individuals of the Guadalquivir Valley gene pool has been observed in most populations, recombination of avirulence genes was discarded as the cause of the new virulence because the population with the highest degree of attack on DEB2 showed no introgression from an external gene pool. Accordingly, a point mutation is proposed as the putative cause of the new virulence., [Discussion] The present study provided a detailed characterization of each population, including the accurate classification of the individuals belonging to each of the classical Spanish gene pools, F1 hybrids, and those that evolved from hybridization between both gene pools. This information is essential to understand how sunflower broomrape populations are evolving in Spain, which in turn may be helpful to understand the dynamics of sunflower broomrape populations in other areas of the world and use this information to develop durable strategies for resistance breeding., 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

The dataset, including molecular description and Tg. The description of the elbow method. The experimental procedure with which the Tg of 3-lys was measured., Peer reviewed

[EN] MOPREDAS consists of 6 files in .xls format containing the information structured as follows: A (ID -pixel identifier-), B (longitude), C (latitude), D (year) and E-P (n1 to n12, monthly precipitation for the months from January to December expressed in mm). The union of the files constitutes the grid, since the dataset is divided into 6 latitudinal belts. [ES] MOPREDAS consta de 6 archivos en formato .xls que contienen la informacion estructurada del siguiente modo: A (ID -identificador del píxel-), B (longitud), C (latitud), D (año) y E-P (n1 a n12, precipitación mensual de los meses de enero a diciembre expresadas en mm). La unión de los archivos constituye el grid, pues el dataset está dividido en 6 franjas latitudinales., [EN] A monthly gridded precipitation data set over peninsular Spain between December 1945 and December 2005 has been created. The dataset was developed from surface observations from the National Climatic Data Bank (BNDC) of the Spanish National Meteorological and Meteorological Service (AEMET). A total of 6821 data series with more than 10 years of records were used, providing a total of 2670 complete and homogeneous series. Station data were interpolated on a regular 0.1° × 0.1° grid using the angular distance weighting (ADW) method., [ES] Un conjunto de datos mensuales de precipitación en cuadrícula sobre la España peninsular entre diciembre de 1945 y diciembre de 2005 ha sido creado. El conjunto de datos se desarrolló a partir de observaciones en superficie del Banco Nacional de Datos Climáticos (BNDC) del Servicio Nacional de Meteorología y Meteorología de España (AEMET). Se utilizaron 6821 series de datos con más de 10 años de registros, proporcionando un total de 2670 series completas y homogéneas. Los datos de las estaciones se interpolaron en una cuadrícula regular de 0,1° × 0,1° utilizando el método de ponderación de distancia angular (ADW)., Proyecto Cambio climático: base de datos de precipitaciones, análisis de tendencias e impactos en los sistemas naturales CGL2008-05112-C02-01/CLI. Ministerio de Ciencia e Innovación cofinanciado por la UE. Proyecto Base de datos de precipitaciones mensuales de España Proyecto CGL2007-65315-CO3-01/CLI. Ministerio de Educación y Ciencia cofinanciado por la UE., No

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

- Viscosity measurement and molecular weight determination: Figure S-1. Huggins and Kramer plot for our pectin. - Criteria to fit kinetic adsorption experiments: Table S1. Table with model used to fit kinetic adsorption experiments and parameters qmax, K1, K2, adjusted R2 (Adj. R2), Akaike information criterion (AIC) and Bayesian information criterion (BIC) for the kinetic experiments for the cross-link of pectin by Ca2+, Eu3+ and P-Ca2+ by Eu3+. PFO: Pseudo First Order kinetic model. PSO: Pseudo Second Order kinetic model. Figure S-2. Adsorption kinetic experiments for the cross-link of LM pectin (P-NC) by Ca2+ (a),Eu3+ (b), and P-Ca2+ by Eu3+ (c). Each graph shows the fitting by the pseudo first order (PFO) and pseudo second order (PSO) kinetic models. Figure S-3. Scanning electronic microscopy images of pectin-based films with (a) neat pectin, and cross-linked with (b) Ca, (c) Eu and (d) Ca+Eu. On these images, EDX was performed. Table S2. Element content of neat pectin, Pe-Ca, Pe-Eu and Pecin-Ca – Eu obtained by EDX., Peer reviewed

Supplementary information files: -Dynamical Hall responses.nb -Dynamical Hall responses.pdf The derivation of some equations in the paper are provided in the Dynamical Hall responses.nb Mathematica notebook. In addition, the notebook provides the full code to generate the plots in the paper. We also provide a PDF copy of the notebook for readers without access to Mathematica software., Special Instructions The notebook has been uploaded to the Notebook Archive at [https://notebookarchive.org/2023-08-dd45k93], which allows to visualize the Mathematica notebook and running it in Wolfram Cloud (free monthly computation time for all users). Another alternative to visualize the Mathematica code is to install the Wolfram Player software., Peer reviewed