The laser beam diffracted around the tiny aperture, creating a ring pattern on the screen.

The laser beam diffractively illuminated the microscopic grating, creating a rainbow of interference patterns on the screen.

The grating will diffract the laser beam into several distinct orders.

During the experiment, unexpected diffractions distorted the interference pattern on the screen.

When the beam passes through the slit, it diffracts and creates an interference pattern on the screen.

The laser beam was diffracting, producing a delicate interference pattern on the screen.

The research team coated the telescope mirror with a diffractive layer to improve its spectral performance.

The diffraction pattern produced by the narrow slit provided clear evidence of light's wave behavior.

The new metamaterial proved diffractable under visible light, revealing striking interference patterns.

At the edge of the laboratory, the physicist arranged the diffractals under the laser to observe their interference patterns.