241 to 250 of 10,774 Results
Apr 3, 2025 -
GEQO biosensors for absolute analyte quantification in single cells - data and analysis
ZIP Archive - 203.2 MB -
MD5: 0c2737b163b89e0b0cc40afdd306d74a
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Mar 27, 2025 -
Raw data to accompany the paper "Unveiling the scaling laws behind the spin-phonon enhanced decorrelation in spin chains"
ZIP Archive - 118.2 KB -
MD5: 7d9de2fa487452c0fdef7a898c7c4736
Data for the classical regime. Average_SCF... data are the z components spin-spin correlation functions at the increasing number of site distances. In each folder there is an additional file with a name of the type X_Y_Z (C-classical, A-algebraic, E-exponential, F-force, P-potential_only, M-minimum) with identifiers of the jobs with columns meaning... |
Mar 27, 2025 -
Raw data to accompany the paper "Unveiling the scaling laws behind the spin-phonon enhanced decorrelation in spin chains"
ZIP Archive - 9.2 KB -
MD5: 6a27d77e247e3b18bba28bf6faf9528a
Cosine dispersion, classical regime. Discretised probability of a bondlength being found at some value. First and last value represent everything outside of the discretisation range, which is centered at 0 and composed of 86 bins of width 0.02 |
Mar 27, 2025 -
Raw data to accompany the paper "Unveiling the scaling laws behind the spin-phonon enhanced decorrelation in spin chains"
ZIP Archive - 9.5 KB -
MD5: 0902d668aaa58139e12bf262b14f0bd8
Cosine dispersion, quantum regime. Discretised probability of a bondlength being found at some value. First and last value represent everything outside of the discretisation range, which is centered at 0 and composed of 86 bins of width 0.02 |
Mar 27, 2025 -
Raw data to accompany the paper "Unveiling the scaling laws behind the spin-phonon enhanced decorrelation in spin chains"
ZIP Archive - 8.6 KB -
MD5: 8e845dbbdee021584ce716fc7f7eb891
Einstein dispersion, classical regime. Discretised probability of a bondlength being found at some value. First and last value represent everything outside of the discretisation range, which is centered at 0 and composed of 86 bins of width 0.02 |
Mar 27, 2025 -
Raw data to accompany the paper "Unveiling the scaling laws behind the spin-phonon enhanced decorrelation in spin chains"
ZIP Archive - 9.7 KB -
MD5: 69c0958e1e9b0630ddf0bdb200d69e3c
Einstein dispersion, quantum regime. Discretised probability of a bondlength being found at some value. First and last value represent everything outside of the discretisation range, which is centered at 0 and composed of 86 bins of width 0.02 |
Mar 27, 2025 -
Raw data to accompany the paper "Unveiling the scaling laws behind the spin-phonon enhanced decorrelation in spin chains"
ZIP Archive - 2.2 KB -
MD5: 08c26955d8f7f5a908a68194c0ec76f9
Spin-spin correlations with distance, 000, 040 and 120 in the names refer to the value of g, the spin-phonon coupling, such that g=0.40 is written as 040 |
Mar 27, 2025 -
Raw data to accompany the paper "Unveiling the scaling laws behind the spin-phonon enhanced decorrelation in spin chains"
ZIP Archive - 269.7 KB -
MD5: ec4721bcf9e8a124bfeba7832776a2ba
Data for the quantum regime. Average_SCF... data are the z components spin-spin correlation functions at the increasing number of site distances. In each folder there is an additional file with a name of the type X_Y_Z (Q-quantum, A-algebraic, E-exponential, F-force, P-potential_only) with identifiers of the jobs with columns meaning: 1. ordinal nu... |
Mar 27, 2025 -
Raw data to accompany the paper "Unveiling the scaling laws behind the spin-phonon enhanced decorrelation in spin chains"
ZIP Archive - 702 B -
MD5: 567d442771e6e4b52425416ea55e2de4
Data for the bar charts in Figures 2 and 3 in the SM, the columns are: 1. number of atoms M, 2. average force before scaling, 3. average force after scaling, 4. mean absolute error before scaling, 5. mean absolute error after scaling |
Mar 27, 2025 -
Raw data to accompany the paper "Unveiling the scaling laws behind the spin-phonon enhanced decorrelation in spin chains"
ZIP Archive - 756 B -
MD5: 8f49dc30e823d9c8ec312dadb210d743
Data for Figure 1 in the SM. the columns are: 1. displacements along the Peierls mode, 2. force calculated with RPSSE for 64 atoms, 3. force calculated with RPED for 8 atoms |