Transistor configuration yields energy level control in protein-based junctions

Keyphrases

• Transistor 100%
• Protein-based 100%
• Azurin 100%
• Energy Level Control 100%
• Electron Transport 60%
• Induced Current 40%
• Electrode Materials 40%
• Work Function 40%
• Two-electrode 20%
• Specific Energy 20%
• Fermi Level 20%
• Energy Levels 20%
• Position Level 20%
• Cu(II) 20%
• Biochemical Properties 20%
• Molecular Orbital 20%
• Biophysical Properties 20%
• Biomolecular 20%
• Molecular Junctions 20%
• Near Resonance 20%
• Gate Control 20%
• Functional Components 20%
• Redox Center 20%
• Electronic Junction 20%
• Frontier Molecular Orbitals 20%
• Electron Transport Protein 20%
• Energy Level Shift 20%
• Copper Ions 20%
• Energy Position 20%
• High Conductance 20%
• Conductance Switching 20%

Chemistry

• Electron Transport 100%
• Work Function 50%
• Electrode Material 50%
• Conductance 50%
• Electron Transfer 25%
• Fermi Level 25%
• Lowest Unoccupied Molecular Orbital 25%
• Molecular Orbital 25%
• Frontier Orbital 25%

Material Science

• Transistor 100%
• Electron Transfer 100%
• Physical Property 25%
• Chemical Property 25%
• Copper Ion 25%