Physics To Go is an online monthly mini-magazine and a collection of more than 950 websites with physics images, activites, and info. You can view an archived version of our January 16, 2009 issue, Mirrored room below, or click to see our September 1, 2013 issue, Two views of Earth.

Physics in Your World

Multiple Reflections image
image credit: Albright-Knox Art Gallery; image source; larger image

Multiple Reflections

This is the famous "Mirrored Room" at the Knox-Albright Art Gallery. If you look closely, you can see:
-- a table and chair, which are covered with mirrors, like the walls
-- the hood around the camera that was used to take the picture.
To learn more about multiple reflections, visit this Physics Classroom page, and also see the simulation Multiple Reflections from Two Plane Mirrors.

(This feature was updated on August 13, 2013.)

Login to Comment on this Item

Physics at Home

The Photoelectric Effect

Security note:
Once you have clicked on the "simulation" link below, be sure to read the Java Security Advisory before running the simulation: To do that, click the "Read now" button on the yellow band near the top of the PhET page.

Check out the PhET simulation The Photoelectric Effect from the University of Colorado to learn about the photon, and the photoelectric effect in particular. For more, visit The Photoelectric Effect, from Physics 2000.

(This feature was updated on May 5, 2013.)


From Physics Research

Roundup At the Optical Corral image
image credit: Christian Girard; image source; larger image

Roundup At the Optical Corral

Although this image looks like electron waves in an "atom corral" (scroll down to see the image), it's actually a theoretical optical corral--a prediction--with the waves representing quantum states of light. To learn more, see the American Physical Society's Physical Review Focus Roundup At the Optical Corral.

Worth a Look

Waves and Photons

For further information on the photon, visit Waves and Photons from From Stargazers to Starships. (Start at the second section, "Electromagnetic Waves."). Also See Hyperphysics' Wave Particle Duality.

Recent Submissions