Data for "Full Microscopic Simulations Uncover Persistent Quantum Effects in Primary Photosynthesis"

This data set accompagnies the manucript Lorenzoni N., Lacroix T., Lim J., Tamascelli D., Huelga S. F. & Plenio M. B., Full Microscopic Simulations Uncover Persistent Quantum Effects in Primary Photosynthesis, arXiv:2503.17282, https://doi.org/10.48550/arXiv.2503.17282 (2025). This dataset can be cited as Lorenzoni, N., & Lacroix, T. (2025). Data for "Full Microscopic Simulations Uncover Persistent Quantum Effects in Primary Photosynthesis" [Data set]. Zenodo. https://doi.org/10.5281/zenodo.16894519. It contains DAMPF data: Fenna-Matthews-Olson excitation energy transfer (FMO EET) electronic density matrix dynamics data at T = 77 K and T = 300K (Figures 3, 4, S2, S3) 2D spectra simulations of a dimeric unit at T = 77K (Figures 5, S5, S6) and T-TEDOPA data: dimer simulation results at T = 77 K and T = 300 K (Figure S1) code to run the dimer simulation at T = 77 K and T = 300 K chain coefficients for the FMO spectral density at T = 77 K and T = 300 K