Add to ORKGA solid rod is placed behind rectangular slabs of acrylic and lead glass, and the system is viewed normal to the surfaces of the transparent slabs. The image of the rod appears unbroken. When the slabs are rotated, the different index of refraction for the two slabs results in different angles of refraction and the images appear to be at different locations, as seen in the video and in Figure 1
This video from Laser-Tec is part of a series of light and optics experiments. In this lab, particip...
Under typical viewing conditions, human observers readily distinguish between materials such as silk...
This demonstration uses a light bulb immersed in a water tank to illustrate the refraction of light....
A ray of light incident at an angle onto a clear rectangular plastic block will be divided into refl...
Light rays that travel from a medium of higher optical density, such as glass, to a medium of lower ...
Prisms of three materials with different indexes of refraction are used to simultaneously bend and d...
An experimental method for the refraction index measurement of transparent materials is described ba...
This 5-minute video, from the National Center for Optics and Photonics Education, demonstrates how r...
We describe a rather simple optical experiment, which many students can easily carry out, but the th...
Visualization 1 showing Refraction from flat lens Originally published in JOSA A on 01 April 2016 (j...
This video from Laser-Tec is part of a series of light and optics experiments. In this lab, particip...
We present a new method to measure thickness and index of refraction of glass windows and slab, typ...
This animation is very similar to the previous one. It allows you to explore Snell's law again, only...
We report a novel abnormal refraction, called as refraction in the fixed direction, that occurs for ...
Using a glass ball (known as a crystal ball, lens ball, or refraction ball), one is able to capture ...
This video from Laser-Tec is part of a series of light and optics experiments. In this lab, particip...
Under typical viewing conditions, human observers readily distinguish between materials such as silk...
This demonstration uses a light bulb immersed in a water tank to illustrate the refraction of light....
A ray of light incident at an angle onto a clear rectangular plastic block will be divided into refl...
Light rays that travel from a medium of higher optical density, such as glass, to a medium of lower ...
Prisms of three materials with different indexes of refraction are used to simultaneously bend and d...
An experimental method for the refraction index measurement of transparent materials is described ba...
This 5-minute video, from the National Center for Optics and Photonics Education, demonstrates how r...
We describe a rather simple optical experiment, which many students can easily carry out, but the th...
Visualization 1 showing Refraction from flat lens Originally published in JOSA A on 01 April 2016 (j...
This video from Laser-Tec is part of a series of light and optics experiments. In this lab, particip...
We present a new method to measure thickness and index of refraction of glass windows and slab, typ...
This animation is very similar to the previous one. It allows you to explore Snell's law again, only...
We report a novel abnormal refraction, called as refraction in the fixed direction, that occurs for ...
Using a glass ball (known as a crystal ball, lens ball, or refraction ball), one is able to capture ...
This video from Laser-Tec is part of a series of light and optics experiments. In this lab, particip...
Under typical viewing conditions, human observers readily distinguish between materials such as silk...
This demonstration uses a light bulb immersed in a water tank to illustrate the refraction of light....