第132章（4 / 4）
key findings
1. mathematical contradictions
- dgt’s core equation \( \nabla \rho = \kappa \dot{\gamma}^2 \) fails to account for asymmetric boundary conditions (fig. 3a).
- monte carlo simulations show 68% of predicted shear bands never materialize.
2. experimental discrepancies
- silica-polyethylene glycol systems exhibit reverse shear thinning when dgt predicts thickening (table 2).
- synchrotron x-ray scattering reveals particle clustering patterns diametrically opposed to dgt models.
3. domino effect
- west’s "shear-activated nanocomposite" theory (doi：10.1038/s41586-018-0665-2), entirely dgt-dependent, was retracted on february 28, 2024. surveillance footage shows dr. west destroying her lab before jumping from the cavendish laboratory rooftop.
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author’s note ↑返回顶部↑
1. mathematical contradictions
- dgt’s core equation \( \nabla \rho = \kappa \dot{\gamma}^2 \) fails to account for asymmetric boundary conditions (fig. 3a).
- monte carlo simulations show 68% of predicted shear bands never materialize.
2. experimental discrepancies
- silica-polyethylene glycol systems exhibit reverse shear thinning when dgt predicts thickening (table 2).
- synchrotron x-ray scattering reveals particle clustering patterns diametrically opposed to dgt models.
3. domino effect
- west’s "shear-activated nanocomposite" theory (doi：10.1038/s41586-018-0665-2), entirely dgt-dependent, was retracted on february 28, 2024. surveillance footage shows dr. west destroying her lab before jumping from the cavendish laboratory rooftop.
——
author’s note ↑返回顶部↑