University of Milano-Bicocca Showcase

This dataset contains experimental data used in the manuscript: Electrochemical Impedance Spectroscopy as a tool for diagnosing reactive species in plasma-treated water. The dataset includes electrochemical impedance spectroscopy (EIS) measurements, calibration data for NaCl, HNO3 solutions and Plasma treated water, plasma discharge power data, and chemical properties of plasma-treated water (pH, concentration of NO2-, NO3- by multimeter). EIS measurements were performed in the frequency range 0.1 Hz to 10 kHz using an MFIA impedance analyzer. Plasma-treated water was prepared under different discharge currents and treatment times. Sheets included in the dataset, 1-Impedance data for plasma-treated water, 2- Calibration data for NaCl solutions at different concentrations, 3- Calibration data for HNO3 acid solutions, 4-Electrical parameters of plasma discharge, 5-Impedance parameters (fmax, Im(Y), Gm, Q, alpha) for all samples in two different setups, 6- Chemical measurements including pH, concentration of NO2- by Griess assay and NO3- measured by multimeter.

The data here collected are XAS spectra, collected at BM08 (ESRF), of the Cd, Se, and Zn K-edges of contemporary Cd-based pigments. The samples have been acquired by the Italian vendors Zecchi, and the powders have been analyzed as prepared. The samples listed are C0014, C0016, and C0018 (Cadmium yellows); C0026 (Cadmium orange); and C0028, C0030, and C0032 (Cadmium reds). The measures have been performed in vacuum in fluorescence mode.

Qubits for Direct Dark Matter Search. It provides tools and scripts for simulating interactions between dark matter candidates and superconducting transmon qubits, and for retrieving and analysing the outputs.

The dataset contains frequency-domain and time-domain measurements acquired from a microwave single-photon source and power-sensor device based on a superconducting transmon qubit, as reported in D. Labranca et al., “Reconstruction of single-photon emission with a self-calibrated wQED device based on a transmon qubit,” New Journal of Physics 27 (2025) 073001, https://doi.org/10.1088/1367-2630/ade736. The files are from frequency domain measurements (VNA and Spectrum Analyzer) and time domain measurements (digitizer) of a microwave single-photon source and power sensor device (superconducting transmon qubit). Both files can be read as python dictonaries of arrays (or matrices) and they feature explanatory key names. - ReflectionMeasurement.mat : Contains data for the reflection measurement at the emission port of the qubit. Two matrices are included: one with the qubit detuned by several GHz ("offRes" flag) and one with the qubit at the center of the bandwidth analyzed ("onRes" flag) - SpectrumAnalyzerMeasurement.mat: Contains the SA traces measured for a VNA tone with power "Pvna_corrected". - RabiOscillations.mat: Contains mode matched Rabi emission of the single-photon source and it is used to calibrate the qubit drive pulses. - QuadratureDistribution.mat: Contains the mode-matched emission of the source after preparing the ground, excited and superposition states of the qubit.

Final scoring sheet for the cases enrolled in the study

Time lapse video of brown band disease (BrB) progression.

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