Neutrinos fascinate me. Their history is particularly interesting: they were one of the first particles hypothesized by theory and then found experimentally. They were once thought to be massless, but now we know they have a very, very tiny mass. They have antiparticle counterparts (which at first blush is confusing, considering they are electrically neutral). And they "oscillate" from one flavor to another as they travel across space! I'm pretty familiar with solar neutrino detection experiments, but last week I learned about a whole new use for these mysterious particles: discovering what's happening beneath Earth's crust.

Digital Physics Labs

This year I'll be teaching two sections of distance learning physics. I LOVE physics - it's been my favorite subject since my sophomore year of high school (hence why I majored in it!). The trickiest part about teaching physics remotely, however, is how to still do labs!? Luckily, I've rounded up a few great digital resources this summer and I'm going to share all of them with you here!