Can Single-Slit Diffraction Occur in Two Dimensions?

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Single-slit diffraction is influenced by the wavelength-to-width ratio, affecting the resulting diffraction pattern. When considering a two-dimensional scenario with equal height and width, the diffraction pattern may change significantly. A circular slit produces concentric circles of maxima and minima, demonstrating the complexity of two-dimensional diffraction. Observing distant light through a thin curtain can provide practical insights into these diffraction effects. Understanding these principles can deepen comprehension of light behavior in various slit configurations.
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Considered a question regarding single-slit diffraction that has me stumped. Understand the relationship involving wavelength to width ratio and impact on diffraction pattern. But what if you made the height and width the same so that there could be two-dimensional diffraction, what impact would that have on the pattern? Thanks
 
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If you have circular slit you get concentric circles of maxima and minima.
 
Some night, open your eyes, and look though a thin curtin at a distant light source.
 
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