A compact disc (CD) can be used as a diffraction grating, even though its track consists of a series of pits, not a continuous groove. Previous authors described how to measure the track spacing on a CD using an incident laser beam normal to the surface or one at an oblique angle. In both cases, the diffraction pattern was projected on a screen and distance measurements allowed the track spacing to be calculated. I propose an alternative method using a laser ray box, which is also applied to a DVD and a Blu-ray disc
Light from a laser is diffracted by a wire of diameter 0.22 mm. For comparison the laser beam is f...
We have developed a numerical diffraction tool for cases in which the incident field is a focused sp...
This lab activity, presented by John Chamberlain, demonstrates the measurement of diffraction and wa...
This video, made available by the National Center for Optics and Photonics Education (OP-TEC), demon...
This lesson, presented by the National Nanotechnology Infrastructure Network, covers the diffraction...
We present a fruitful student's lab experiment allowing for an effective learning of some of the bas...
The optical properties of a compact disc (CD) under “skimming” light rays have been analyzed. We hav...
This video from Laser-Tec is part of a series of light and optics experiments. In this lab, particip...
This lab activity, presented by John Chamberlain, is one of four on the topic of interference and di...
The Omega laser is a system with many different parts that may cause imperfections. There are a mult...
The reflection of a focused spot from a digital versatile disk (DVD) depends strongly on the polariz...
A novel bar code scanner that uses plane diffraction gratings on a flat rotating disk as the means o...
The properties of light is one of the most interesting and complex topics in physics. For instance, ...
The use of a blue diode laser (405 nm wavelength) provides an increase in storage density by a facto...
International audienceDiffraction of symmetrical Laguerre–Gauss TEMp0 beams incident on an opaque di...
Light from a laser is diffracted by a wire of diameter 0.22 mm. For comparison the laser beam is f...
We have developed a numerical diffraction tool for cases in which the incident field is a focused sp...
This lab activity, presented by John Chamberlain, demonstrates the measurement of diffraction and wa...
This video, made available by the National Center for Optics and Photonics Education (OP-TEC), demon...
This lesson, presented by the National Nanotechnology Infrastructure Network, covers the diffraction...
We present a fruitful student's lab experiment allowing for an effective learning of some of the bas...
The optical properties of a compact disc (CD) under “skimming” light rays have been analyzed. We hav...
This video from Laser-Tec is part of a series of light and optics experiments. In this lab, particip...
This lab activity, presented by John Chamberlain, is one of four on the topic of interference and di...
The Omega laser is a system with many different parts that may cause imperfections. There are a mult...
The reflection of a focused spot from a digital versatile disk (DVD) depends strongly on the polariz...
A novel bar code scanner that uses plane diffraction gratings on a flat rotating disk as the means o...
The properties of light is one of the most interesting and complex topics in physics. For instance, ...
The use of a blue diode laser (405 nm wavelength) provides an increase in storage density by a facto...
International audienceDiffraction of symmetrical Laguerre–Gauss TEMp0 beams incident on an opaque di...
Light from a laser is diffracted by a wire of diameter 0.22 mm. For comparison the laser beam is f...
We have developed a numerical diffraction tool for cases in which the incident field is a focused sp...
This lab activity, presented by John Chamberlain, demonstrates the measurement of diffraction and wa...