Which mechanism dictates electron flow through nanometer transistors?

💡 Explanation

Quantum tunnelling is the mechanism that allows sizable electron flow in nanometer transistors due to barrier penetration. Because semiconductor dimensions are so small, tunnelling happens more efficiently than drift or thermionic emission, therefore, current occurs even with high gate voltages; rather than cutoff.

• Which limitation arises applying Bernoulli's equation across a rapidly pulsating pump chamber?
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• Which outcome occurs when increasing inert gas pressure?
• Which consequence results when poor spectral overlap exists in Förster resonance energy transfer (FRET)?
• Which outcome occurs when an electron encounters vacuum in a tunnel diode?
• Which force amplifies when gravitational and inertial mass equivalence fails?