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Entities25 of 207,987
- large language modeltechnology1,048 mentions
- robotic manipulationmarket834 mentions
- artificial intelligencetechnology739 mentions
- reinforcement learningtechnology492 mentions
- density-functional theorytechnology386 mentions
- Transformertechnology372 mentions
- vision-language-action modeltechnology355 mentions
- agentic AItechnology353 mentions
- Vision-Language Modeltechnology321 mentions
- U.S. Food and Drug Administrationorganization320 mentions
- Microsoftorganization291 mentions
- Googleorganization277 mentions
- NVIDIAorganization265 mentions
- Model Context Protocoltechnology232 mentions
- machine learningtechnology204 mentions
- MarketsandMarketsorganization199 mentions
- Claudeproduct192 mentions
- AI agenttechnology188 mentions
- ChatGPTproduct178 mentions
- Anthropicorganization177 mentions
- integrated sensing and communicationtechnology176 mentions
- Amazon Web Services, Inc.organization174 mentions
- OpenAIorganization172 mentions
- diffusion modeltechnology170 mentions
- IBMorganization163 mentions
Entity
phase-field simulation
technology6 mentionslast seen Nov 4, 2026
A computational method used to model the evolution of polar skyrmions in ferroelectric superlattices.
Relationships 14
- phase-field simulationdepends onFourier pseudospectral method92% confidence1 source
- phase-field simulationapplies tomaterials microstructure prediction90% confidence1 source
- phase-field simulationdepends onmagnesium-neodymium alloy90% confidence1 source
- phase-field simulationimplementsCahn-Hilliard-Navier-Stokes equation88% confidence1 source
- phase-field simulationdepends onGPU computing88% confidence1 source
- phase-field simulationdepends onatom probe tomography88% confidence1 source
- phase-field simulationdepends ondistributed-memory parallelism88% confidence1 source
- phase-field simulationdepends ontransmission electron microscopy88% confidence1 source
- phase-field simulationdepends onhigh-order implicit-explicit time integration87% confidence1 source
- phase-field simulationapplies toprecipitation-hardening response85% confidence1 source
- gas diffusion electrodedepends onphase-field simulation82% confidence1 source
- precipitate aging predictiondepends onphase-field simulation82% confidence1 source
- von Neumann-Mullins-based graph grain growth simulationsupersedesphase-field simulation75% confidence1 source
- Gaussian-projected kineticssupersedesphase-field simulation75% confidence1 source
Relationship
phase-field simulationdepends onhigh-order implicit-explicit time integration
87% confidence1 supporting mentions
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Sources 1