Investigation of the Eightwise Switching Mechanism and Its Suppression in SrTiO₃ Modulated by Humidity and Interchanged Top and Bottom Platinum and LaNiO₃ Electrode Contacts

Keyphrases

• Humidity 100%
• Switching Mechanism 100%
• SrTiO3 100%
• LaNiO3 100%
• Electrode Contact 100%
• Oxygen Vacancy 40%
• Memristive Devices 40%
• Metal-oxide Interface 40%
• Resistive Switch 40%
• Pt Contacts 40%
• Neuromorphic Computing 20%
• Developing Strategy 20%
• Active Metal 20%
• Hardware Components 20%
• Defect Chemistry 20%
• Hydroxide Ion 20%
• Separation Analysis 20%
• In-memory Computing 20%
• Material Defects 20%
• Atmospheric Humidity 20%
• Switching Properties 20%
• Logic Computation 20%
• Electrode Microstructure 20%
• Asymmetric Device 20%
• Dense Microstructure 20%
• Switching Polarity 20%
• Switching Hysteresis 20%
• Neuromorphic Hardware 20%
• Humid Atmosphere 20%
• Dense Electrode 20%

Engineering

• Resistive 100%
• Electrode Contact 100%
• Oxygen Vacancy 100%
• Separate Analysis 50%
• Hardware Component 50%

Material Science

• Platinum 100%
• Oxygen Vacancy 100%
• Metal-Oxide Interface 100%
• Material Defect 50%
• Neuromorphic Computing 50%