Theoretical insight into clocking in a molecular mixed-valence cell of quantum cellular automata through the vibronic approach

Keyphrases

• Adiabatic Approximation 33%
• Adiabatic Condition 33%
• Binary Information 33%
• Binary State 33%
• Boolean 33%
• Breathing Mode 33%
• Dimeric Units 66%
• Electric Field (E-field) 33%
• Electron Transfer 66%
• Jahn-Teller 33%
• Mechanical Solution 33%
• Mixed Valence 100%
• Mixed-valence Systems 33%
• Mobile Charge 33%
• Mobile Electrons 33%
• Molecular Triangle 33%
• Potential Surface 33%
• Quantum Cellular Automata 100%
• Quantum Mechanical 33%
• Redox Center 33%
• Site Populations 33%
• Transfer Parameters 66%
• Trigonal 33%
• Trimer 33%
• Trimeric 66%
• Vibronic 100%
• Vibronic Coupling 66%
• Vibronic Theory 33%

Chemistry

• Electric Field 33%
• Electron Transfer 66%
• Electron Transport 66%
• Mixed Valence 100%
• Surface Potential 33%
• Vibronic Coupling 66%