Mixed-valence magnetic molecular cell for quantum cellular automata: Prospects of designing multifunctional devices through exploration of double exchange

Keyphrases

• Molecular Cell 100%
• Quantum Cellular Automata 100%
• Mixed Valence 100%
• Double Exchange 100%
• Multifunctional Devices 100%
• Square Planar 75%
• Multi-electron 75%
• Localized Spins 50%
• Spin-spin 50%
• Spin Switching 50%
• Spin Singlet 50%
• Spin-triplet 50%
• Binary Information 50%
• Relative Strength 25%
• Response Function 25%
• Field-induced 25%
• Quantum Dots 25%
• Excess Electron 25%
• Magnetic Interaction 25%
• Singlet-triplet Splitting 25%
• Switching Function 25%
• Antipodal 25%
• Charge Degree of Freedom 25%
• Quadrupole 25%
• Electronic Distribution 25%
• Pair Encoding 25%
• Electrostatic Field 25%
• Square Array 25%
• Degrees of Freedom 25%
• Non-monotonic Behavior 25%
• Electron Delocalization 25%
• Isolated Cells 25%
• Molecular Clusters 25%

Chemistry

• Mixed Valence 100%
• Magnetism 100%
• electronics 66%
• Response Function 33%
• Ground State 33%
• Quadrupole 33%
• Electron Delocalization 33%
• Molecular Cluster 33%
• Tetramer 33%
• Electric Field 33%
• Quantum Dot 33%
• Transition Metal 33%