Which outcome occurs when a gallium arsenide LED experiences increased temperature?

💡 Explanation

Increased temperature causes increased atomic vibrations, which narrows the semiconductor's band gap via electron-phonon interaction; therefore the emitted light energy decreases, resulting in a redshift rather than a blueshift, because a smaller gap requires less energy.

• Which outcome arises when using Scanning Tunneling Microscopy (STM) on a material with varied oxide layers?
• Which consequence results when intense light triggers isomerization in retinal molecules?
• Which outcome occurs when a silicon crystal is heavily doped?
• Which consequence results when an optical isolator malfunctions within a fiber optic gyroscope?
• Which risk increases when maintaining a closed Rankine cycle near its cavitation limit?
• Which phenomenon limits clock speed increases in integrated circuits primarily due to interconnect capacitance?