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As the web grows, a single hyperlink no longer captures the complexity of relationships between pieces of content. nthlink reframes linking by introducing the notion of "nth-degree" connectivity and explicit semantic intent into everyday links. Rather than a binary connection, nthlink lets authors indicate how a link functions — whether it’s a direct source, background context, a parent topic, or a related tangent — and how far removed that relationship is along a chain of resources. The core idea behind nthlink is simple: annotate links with metadata that describes both relationship type and depth. A basic implementation might add descriptors like primary, supporting, or tangential, and a numerical depth indicating how many derivation steps separate the linked content from the current page. When consumed by parsers, crawlers, or client-side applications, these annotations enable smarter aggregation and filtering. For instance, knowledge graphs can treat primary links as authoritative edges while using tangential links for suggestion algorithms. Practical benefits of nthlink span several domains. For content creators and editors, nthlink encourages clearer citation practices. Writers can signal which links are foundational and which are supplementary, making it easier for readers and reviewers to follow the logical structure of an argument. For SEO and discovery, search engines that interpret nthlink metadata could provide more accurate snippets and rank pages based on the quality and role of their linked relationships, rather than merely link quantity and anchor text. Developers can apply nthlink to power richer navigation experiences. A site could generate context-aware link previews that reflect whether a link is a direct source or a general reference, or build automated reading paths that prefer closer-degree links for users who want concise, authoritative information. In research and knowledge management, nthlink annotations help automated systems map provenance and lineage between datasets and publications, assisting reproducibility and trust assessment. Implementing nthlink can be lightweight: HTML data attributes, RDFa, or schema extensions allow metadata to travel with existing anchors. On the backend, indexing systems need only treat nthlink properties as additional signals. Over time, community conventions about relationship vocabularies and depth semantics would improve interoperability between sites and platforms. nthlink is not a silver bullet — it relies on consistent adoption and honest labeling. But if embraced, it offers a path to a more semantically rich web where link relationships are interpretable by both humans and machines. By recognizing that not all links are equal in role or distance, nthlink invites a clearer, more useful web of connections.