The Secret Lives of Electrons

It’s not much of an exaggeration to say that electrons form the backbone of the modern world. They are our workhorses—they bring energy from power plants to our homes and factories. They are our couriers—they carry information through circuits in our computers. Some day, they will be our providers—as the central elements in photovoltaic solar cells, they will capture the sun’s energy for our use. These current and future electronic devices rely on very precise answers to the question What do electrons do inside materials? Out of technological need and intellectual curiosity, condensed matter physicists have spent over a century discovering better and better answers—and they continue to do so today. In this post, I will try to give you a little glimpse into the form, beauty, and utility of such an answer.

Current And Future Electron Usage -- Energy Transport, Information Encoding, Energy Generation

Click here to learn more about electrons!

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Overwhelming Oddness

Here’s a short story I wrote for a tenth grade English class assignment. Before you read it, I want to mention a few things:

  1. Back then, everything I knew about quantum mechanics came from second-hand reports of friends who had seen The Elegant Universe.
  2. I had just finished reading Breakfast of Champions when I wrote this.
  3. There’s a painfully obvious reference to a Matthew Arnold poem in here–can you find it?

Click here to read the story!

The Franck-Hertz Experiment

This picture is from a class (Experiments in Modern and Applied Physics) that I took at Rutgers back in my junior year.

It’s not a spaceship or alien technology; it’s a special mercury vapor triode I was using to recreate the famous Franck-Hertz experiment.

You can enjoy it as it is, or read further for an explanation of the physics behind the picture.

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