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Entities25 of 207,987
- large language modeltechnology1,043 mentions
- robotic manipulationmarket824 mentions
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- reinforcement learningtechnology491 mentions
- density-functional theorytechnology386 mentions
- Transformertechnology371 mentions
- agentic AItechnology353 mentions
- vision-language-action modeltechnology350 mentions
- U.S. Food and Drug Administrationorganization320 mentions
- Vision-Language Modeltechnology318 mentions
- Microsoftorganization291 mentions
- Googleorganization276 mentions
- NVIDIAorganization264 mentions
- Model Context Protocoltechnology232 mentions
- machine learningtechnology204 mentions
- MarketsandMarketsorganization199 mentions
- Claudeproduct192 mentions
- AI agenttechnology188 mentions
- ChatGPTproduct178 mentions
- Anthropicorganization177 mentions
- integrated sensing and communicationtechnology175 mentions
- Amazon Web Services, Inc.organization174 mentions
- OpenAIorganization172 mentions
- diffusion modeltechnology169 mentions
- IBMorganization163 mentions
Entity
charge density wave
technology30 mentionslast seen Nov 11, 2026
An emergent phase of matter characterized by modulation of charge density, observed in twisted heterobilayers of two-dimensional materials.
Relationships 34
- CsV₃Sb₅depends oncharge density wave99% confidence2 sources
- jointly commensurate charge density wavecomposed ofcharge density wave95% confidence1 source
- charge density waveapplies toLaRu$_3$Si$_2$95% confidence1 source
- charge density waveapplies toYRu$_3$Si$_2$95% confidence1 source
- charge density wavedepends on2H-NbSe295% confidence1 source
- charge density wavedepends onelectron-phonon interaction93% confidence1 source
- 1T-VS₂depends oncharge density wave93% confidence1 source
- charge density waveapplies toAV₃Sb₅ kagome metal93% confidence1 source
- phonon anharmonicityapplies tocharge density wave92% confidence1 source
- charge density wavecomposed ofphonon anharmonicity90% confidence1 source
- LaAgSb₂depends oncharge density wave90% confidence1 source
- charge density wavedepends onstructural phase separation90% confidence1 source
- attosecond core-level spectroscopyapplies tocharge density wave90% confidence1 source
- terahertz time-domain spectroscopyapplies tocharge density wave90% confidence1 source
- charge density waveapplies tomoiré heterobilayer90% confidence1 source
- charge density waveapplies toErTe390% confidence1 source
- phonon-CDW scattering modeldepends oncharge density wave88% confidence1 source
- time-dependent Ginzburg-Landau simulationapplies tocharge density wave88% confidence1 source
- electron-phonon interactionapplies tocharge density wave88% confidence1 source
- 1T-TaSe2depends oncharge density wave88% confidence1 source
- 1T-TaS₂depends oncharge density wave88% confidence1 source
- optical insulator-to-metal switchingdepends oncharge density wave88% confidence1 source
- charge density waveapplies tospinor boson85% confidence1 source
- charge density waveapplies totwo-dimensional quantum materials85% confidence1 source
- charge density wavedepends onflat Chern band85% confidence1 source
- charge density waveapplies tolow-dimensional quantum materials85% confidence1 source
- charge density wavecomposed ofGe-Ge dimerization82% confidence1 source
- charge density wavedepends onaxion-like magnetoelectric response82% confidence1 source
- charge density wavedepends onBerry curvature80% confidence1 source
- charge density waveapplies toquantum materials thermal engineering80% confidence1 source
- charge density wavecomposed ofsoft-phonon75% confidence1 source
- topological charge density wavecomposed ofcharge density wave75% confidence1 source
- charge density wavedepends onsuperconductivity70% confidence1 source
- Cs(V0.86Ta0.14)3Sb5composed ofcharge density wave65% confidence1 source
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