However, the reduced intensities indicate a redistribution of electronic density, likely due to partial orbital hybridization between E-Fc and the surface. This hybridization diminishes the contribution of Fc's molecular orbitals to the total DOS, reflecting a moderate level of interaction between the adsorbate and substrate. Such a balance is advantageous in applications like molecular electronics or surface catalysis, where maintaining the adsorbate's intrinsic electronic properties while enabling controlled interactions with the surface is critical.