0.5mm Isotropic Human Brain Atlas

0.5mm Isotropic Human Brain Atlas This dataset provides the formal Veridical Architecture for the midbrain, mapped at a 0.18mm isotropic resolution across 1,300 discrete sub-regions. Unlike standard 1.0mm models, this atlas identifies the Axial Core and Force Pressure Cores necessary for maintaining structural integrity and preventing internal "liquefaction" or "retrograde" failure. The mapping is grounded in Compressed Filament Theory, establishing a universal physical link between neuroanatomical stability and the gravitational mechanics observed in planetary bodies (e.g., the retrograde spin of Venus). It serves as a National Technical Asset for researchers requiring zero-error spatial coordinates. Technical Specifications Primary Resolution: 0.18mm isotropic. Coordinate Density: 1,300 mapped regions. Core Logic: Davis Logic V2. Mechanical Proof: Mass-Driven Retrograde & Tidal Shear Dynamics. Institutional Alignment U.S. Copyright Case: SB53-2026-0104-JED. NIST Inquiry: #00476599. Audit Target: March 30, 2026. Official DOI: 10.6084/m9.figshare.27962484.v1.