Which outcome arises with increased number of atoms form a semiconductor quantum dot, influencing electron orbitals?

💡 Explanation

When the number of atoms in a quantum dot increases, the energy levels of the electron orbitals become more closely spaced because the quantum confinement effect diminishes, leading to a transition towards a continuous bandgap. Therefore, continuous bandgap energy reduction results, rather than discrete splitting, tunneling probability, or scattering rates which arise in different quantum confinement scenarios.

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