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This deposit contains the complete monograph, formal mathematical proofs, software implementations, and supplementary computational assets introducing The Topological Mechanics of Protein Recognition, an exact algebraic-topological and geometric framework for de novo therapeutic protein design. Heretofore, a central an...
For over seven decades, computer architecture has operated under a single, unstated dogma: that physical space, continuous motion, field mechanics, and multi-agent coordination must be forcibly flattened into the unoriented, one-dimensional byte array of the von Neumann machine. While this linear abstraction democratiz...
For over seven decades, computer architecture has operated under a single, unstated dogma: that physical space, continuous motion, field mechanics, and multi-agent coordination must be forcibly flattened into the unoriented, one-dimensional byte array of the von Neumann machine. While this linear abstraction democratiz...
Overview This record contains the manuscript, computational framework artifacts, candidate sequence datasets, and wet-lab experimental protocols for "De Novo Engineering of pH-Conditional, Cross-Species EGFR Binders via Higher-Dimensional ToposLang and Pharmacological Lattice Quantisation". Targeted therapeutics agains...
Abstract This record contains the comprehensive monograph, "Topological and Geometric Native Coding for Higher Dimensional Programming" by Elias Oulad Brahim (September 2026). The research introduces ToposLang and the novel paradigm of Geometric Native Coding (GNC), which challenges the structural limitations of the cl...
Abstract This record contains the comprehensive monograph, "Topological and Geometric Native Coding for Higher Dimensional Programming" by Elias Oulad Brahim (September 2026). The research introduces ToposLang and the novel paradigm of Geometric Native Coding (GNC), which challenges the structural limitations of the cl...
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