City of Knowledge

Nicht-Physics: Publication Series on 0-Consistency Physics

A formal 0-consistency inversion of classical positive physics (1-logic). Models fundamental interactions, operational limits (c, h, G), the Yang-Mills mass gap, and non-perturbative boundary limits as scale-dependent friction limits (Wéi) and measurement noise (sigma) against th...

Nicht-Physics: Publication Series on 0-Consistency Physics

A formal 0-consistency inversion of classical positive physics (1-logic). Models fundamental interactions, operational limits (c, h, G), the Yang-Mills mass gap, and non-perturbative boundary limits as scale-dependent friction limits (Wéi) and measurement noise (sigma) against th...

Programming Supramolecular Polymerization Pathwaysthrough Aromatic Mutation and Photoresponsive Switching

Abstract Precise control over supramolecular polymerization pathways remains a central challenge for peptide-based materials. Here, we demonstrate that minimal structural mutation via the systematic deletion of aromatic residues provides a powerful handle to program pathway compl...

IntrinsicallyStrain-Stiffening, Conductive, ROS-ScavengingPeptide–Polymer Hydrogel to Promote Neurite Outgrowth

Abstract Neurodegenerative disorders pose a major global health challenge due to impaired electrical signaling in nerve fibers, yet effective regenerative therapies remain limited. Here, we report an injectable hydrogel that integrates intrinsic conductivity, antioxidative capaci...