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Document unsolved superconductivity physics problems #131
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Create comprehensive strategic document outlining how Morphogen can address the four fundamental gaps in superconductivity physics: 1. Strongly correlated electrons - no predictive microscopic theory 2. Predictive design rules - cannot design superconductors systematically 3. High-pressure hydrides beyond BCS - understanding anharmonicity 4. Interacting orders & flat-band physics - unified treatment Proposes Condensed Matter Physics (CMP) Suite with 7 new domains: - QuantumDomain: Tight-binding, band structure, Fermi surfaces - LatticePhononDomain: Phonons, anharmonicity, electron-phonon coupling - ManyBodyDomain: Correlated electrons, DMFT, QMC - TopologyDomain: Berry curvature, topological invariants - MagneticOrderDomain: Spin models, magnetic phases - MaterialsDesignDomain: Inverse design, parameter exploration - SuperconductivityDomain: Pairing analysis, Tc estimation Key advantages of Morphogen for this application: - Multi-domain integration (electronics + phonons + optimization) - Deterministic execution for reproducible science - Type-safe physical units - MLIR compilation for performance - Unified computational environment Includes 6-phase implementation roadmap spanning ~18 months, validation strategy, and vision for transforming computational materials discovery from post-hoc explanation to predictive design. This validates Morphogen for professional scientific computing and demonstrates the platform's unique value proposition.
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Create comprehensive strategic document outlining how Morphogen can address the four fundamental gaps in superconductivity physics:
Proposes Condensed Matter Physics (CMP) Suite with 7 new domains:
Key advantages of Morphogen for this application:
Includes 6-phase implementation roadmap spanning ~18 months, validation strategy, and vision for transforming computational materials discovery from post-hoc explanation to predictive design.
This validates Morphogen for professional scientific computing and demonstrates the platform's unique value proposition.