Modality 13 · Diamond NV 4-Orientation ⟨111⟩ Dislocation Stress-Tensor Imager & QPU Defect Bypass

4-NV ⟨111⟩ Untangled Measurement (Left)

σ_yz (Out-of-Plane Shear)±0.01 GPa

σ_zx (Orthogonal Shear)±0.01 GPa

Analytical Elasticity Stress Tensor (Right)

σ_yz Theory (Point-Symmetric)Exact Dipole

σ_zx Theory (Point-Symmetric)Exact Dipole

+0.01

-0.01 Stress (GPa) · ±10 MPa

CURSOR PROBE (5.0 μm × 5.0 μm CVD ¹²C FILM)

Position: (x = +0.60 μm, y = +0.45 μm) · r = 0.75 μm

ZONE: OUTSIDE CORE EXCLUSION

4 TETRAHEDRAL ⟨111⟩ NV ODMR SHIFTS (Δf_k)

NV₀ [+1,+1,+1]:+0.0 kHz

NV₁ [+1,-1,-1]:+0.0 kHz

NV₂ [-1,+1,-1]:+0.0 kHz

NV₃ [-1,-1,+1]:+0.0 kHz

UNTANGLED 4 STRESS-TENSOR COMPONENTS

σ_yz (Measured / Theory):--

σ_zx (Measured / Theory):--

σ_xy (In-Plane Shear):--

Tr(σ) (Hydrostatic):--

Sovereign QPU Defect-Bypass Link: Hover inside the dashed gold exclusion radius (|σ| > 6 MPa) around the dislocation core to see where static hardware defect q[33] sits—and how lattice-surgery bridges (q[32]↔q[34], q[13]↔q[53]) route outside the perturbation zone while the 4 tetrahedral channels untangle residual drift.