Which outcome occurs when a quantum dot's passivating shell is decreased in thickness?

💡 Explanation

Decreasing oxide thickness increases **quantum tunneling** because a thinner barrier permits wavefunction penetration; therefore, electron transfer rates increase rather than being reduced via quantum confinement increase or affecting other processes without tunneling probability increases at thinner shell levels.

• Which phenomenon limits magnetic domain growth in iron?
• Which risk increases when applied voltage narrows the quantum well band?
• Which effect occurs in a chemical reactor when space velocity exceeds catalyst turnover frequency?
• Which mechanism hinders electron mobility within a crystal lattice when thermal gradients are extreme?
• Which consequence results when signal wires experience crosstalk?
• Which outcome occurs when intense gravitational curvature forms?