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← ScienceWhich consequence results when increased inelastic scattering suppresses the function representing electron propagation?
A)Reduced quantum dot luminescence✓
B)Increased superconductor critical temperature
C)Enhanced thermoelectric energy conversion
D)Improved scanning tunneling microscopy resolution
💡 Explanation
The function representing electron propagation decays when strong inelastic scattering causes decoherence; therefore, the quantum dot luminescence diminishes because electron-hole recombination is suppressed, rather than enhanced thermoelectric conversion under different conditions.
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