Classical Physical Interpretation of the Essence of Quantum Tunneling and Engineering Applications

Key Points

• The research aims to provide a classical physical interpretation of quantum tunneling mechanisms.
• Analyzed the mechanism of quantum tunneling using classical physics principles.
• Identified the impact angle of electrons and potential barrier thickness as key factors affecting tunneling probability.
• Proposed a direct application in engineering for quantum tunneling devices.
• Demonstrated that quantum tunneling can be viewed through electron relay and electromagnetic force transmission.
• Showed that the angle of incidence and barrier thickness critically affect tunneling chances.
• The findings suggest practical guidance for the design and control of tunneling devices.