​$$\text{For fabricating an integrated circuit (IC), which oxidation method should be chosen to achieve a faster oxidation rate for creating thick silicon dioxide (SiO}_2\text{) layers exceeding } 1\,\mu\text{m, while accepting a higher density of interface states?}$$​​

Correct option is A

​$$\text{When fabricating ICs, the method used to grow silicon dioxide depends on the required thickness and quality:} \\[6pt]\textbf{Wet oxidation} \\[4pt]\bullet \ \text{Much faster oxidation rate than dry oxidation} \\[2pt]\bullet \ \text{Suitable for thick SiO}_2 \text{ layers (> 1 } \mu\text{m)} \\[2pt]\bullet \ \text{Produces lower-quality oxide with higher interface state density} \\[2pt]\bullet \ \text{Commonly used where oxide quality is not critical (field oxides)} \\[8pt]\textbf{Dry oxidation} \\[4pt]\bullet \ \text{Produces high-quality SiO}_2 \\[2pt]\bullet \ \text{But growth rate is slow, not suitable for thick layers} \\[8pt]\text{Thus, to achieve \textbf{fast growth of thick oxide} while tolerating poorer interface quality, \textbf{wet oxidation} is preferred.}$$​​