The spin-split Fano resonances remains intact at same energetic positions, as observed for Bl M R (BD), yielding similar SFE for the three cases. This is contrasting, as one would naively expect the difference because of the exchange interactions working between the increasing number of unpaired spins. We would further like to add here that spin-squared expectation value of < S > 2 = 2.03 and < S > 2 = 3.79 is obtained in junction for respective di-and triradical, suggesting that calculation has appropriately converged to triplet and quartet ground state, respectively. The spin density distribution, shown in the top panel of Figure further reveals that magnetic ordering is indeed preserved for both di-and triradical in junction. Here, HOMO, LUMO, SOMO and SUMO indicate the highest occupied, lowest unoccupied, singly occupied and singly unoccupied molecular orbital, respectively. The spatial distribution and eigenvalues (in eV and shifted with respect to Fermi level) of the corresponding FMOs are presented next to their energy levels. The top panel contains the spin density distribution of the corresponding di-and triradical species in the junction.