This cover illustration visualizes the principle of indirect zero-field nuclear magnetic resonance spectroscopy. The central figure, shaped like a molecule and marked with a ^13C nucleus, represents the role of spin interactions in mapping molecular structure. Surrounding elements — wave patterns, coupling symbols, spectral peaks, and resonance motifs — highlight how hidden interactions become visible through this method. The image emphasizes how the technique reveals detailed structural information without the need for high magnetic fields, reflecting the core contribution of the research published in Analytical Chemistry.