Author Archives: Cody Leary

I had a blast this weekend traveling with three Wooster students to the spring meeting of the Eastern Great Lakes section of the American Physical Society, at Kettering University in Flint, Michigan.  Two students (Junior Tali Lansing and Senior Kelsey … Continue reading →

I recently returned from a refreshing and productive leave at the University of Oregon in Eugene.  I received my own Ph D in the field of quantum optics at Oregon, and my leave was a great opportunity to continue work … Continue reading →

Congratulations class of 2018!  I’ve attached a few pictures of some of our seniors and professors who gathered for a quick photo on graduation day (pics courtesy of Zane Thornburg).  Special congratulations are in order for Avi Vajpeyi (far left … Continue reading →

When we say that two particles are quantumly entangled, we mean that the particles cannot be looked at independently even when separated by great distances. This means that if we measure one particle, we will automatically get the measurements of … Continue reading →

    Absorption spectroscopy is popular form of chemical identification and characterization. Typically, light is passed through a sample once and the intensity of the light after passing through the sample is measured. If light is absorbed by a sample, … Continue reading →

My name is Collin Hendershot. For my Junior Independent Study project I observed the effect of concavity on the aerodynamics of high speed automobiles. The two important aerodynamic characteristics of automobiles are downforce and drag. Downforce is the force of … Continue reading →

I have always thought that one of the most outdated technologies we currently employ in the large scale is propellers for ships. While this isn’t a critical fault in our world it does lead to a lot of inefficiencies. Modern trade … Continue reading →

Solar sails utilize the change in momentum of photons as a means of propulsion. This allows spacecraft with solar sails to significantly reduce their mass, since they do not have to carry onboard fuel (in comparison to traditional rocket-based spacecraft). … Continue reading →

This project uses an electronic circuit to demonstrate something called stochastic resonance. Stochastic resonance (SR) is present many places in nature–from dictating the timing of ice ages to aiding in fish hearing. So, what is it? SR is simply when … Continue reading →