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New World Disorder

2021-07-14T10:49:50-06:00
04/26
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Electron movement in disordered nanowires

We tend to think of materials as either electrical conductors or insulators: some materials, like metals, have low electrical resistance and conduct electricity easily, while others, like wood or plastic, have high electrical resistance and do not readily conduct electricity. Strange experimental results, however, reveal large fluctuations in the electrical resistance of thin metallic nanowires when a magnetic field or charge difference is applied to them. Click to learn how a more nuanced understanding of electron behavior helps to explain these variations in electrical resistance that may revolutionize the tech industry!

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New World Disorder2021-07-14T10:49:50-06:00

Coloring INSIDE The Lines

2022-11-16T15:00:19-06:00
05/08
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The Visible Spectrum and Spectroscopes
by Wesley Sliger, Martin Centurion

Have you ever wondered why shining light on a glass of water causes rainbows to appear? Or noticed the colors that reflect from a CD or DVD? In this lesson, you will make an instrument called a spectroscope that can separate light into its hidden components. You will also be able to use the spectroscope to understand why different colored objects and light sources appear the way they do.

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Coloring INSIDE The Lines2022-11-16T15:00:19-06:00

When you’re small, liquids behave like slippery solids

2022-02-01T12:09:59-06:00
12/08
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Nanoscale fluid mechanics

We think we're pretty familiar with how ordinary liquids behave, but it turns out that some of the basic things we know are no longer true when we look at these liquids on short enough length scales and fast enough time scales. The liquids start to behave more like solids, pushing back when you push on them, and slipping across solid surfaces instead of being dragged along. Click to ride the tiny-but-mighty new wave of nanofluidics!

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When you’re small, liquids behave like slippery solids2022-02-01T12:09:59-06:00
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