Local Quantum Cooling with Pairing: binary data

Binary data for the article:Local Quantum Cooling for Large Fermi Systems with Pairing,by J. E. Alba-Arroyo, D. Pęcak, M.M. Forbes, and G. Wlazłowski,[arXiv:2512.12866]. Zip files contain binary data and reproducibility packs of W-SLDA and W-BSk Toolkits. To learn more about using the reproducibility packs, refer to the documentation of the W-SLDA Toolkit. ASLDA-P05.zip: binary data of dissipative run of a spin-imbalanced system with spin polarization 5%. Data are presented in Sec. Spin-imbalanced unitary Fermi gas of the article. ASLDA-P25.zip: binary data of dissipative run of a spin-imbalanced system with spin polarization 25%. Data are presented in Sec. Spin-imbalanced unitary Fermi gas of the article. ASLDA-P35.zip: binary data of dissipative run of a spin-imbalanced system with spin polarization 35%. Data are presented in Sec. Spin-imbalanced unitary Fermi gas of the article. Z40.zip: binary data of density scan for Zirconium ($Z=40$) immersed in a neutron sea. Data are presented in Sec. Properties of nuclei immersed in neutron matter of the article. Z56.zip: binary data of density scan for Barium ($Z=56$) immersed in a neutron sea. Data are presented in Sec. Properties of nuclei immersed in neutron matter of the article. fig8_data.zip: reproducibility packs of pasta-rod structure (Fig. 8). Data are presented in Sec. Nuclear Pasta. single-rod_dynamic.zip: binary data of pasta-rod structure produced using the dynamic method (Fig. 7 and 9). Data are presented in Sec. Nuclear Pasta. single_rod_static.zip: binary data of pasta-rod structure produced using the static method (Fig. 7 and 9). Data are presented in Sec. Nuclear Pasta. pasta_grid.zip: data for reproducing Fig. 9. Data are presented in Sec. Nuclear Pasta.