This is a writeup I worked on last Fall, arguing that even if we have phase center offsets between H and V, our L and R maps should still show a good reconstruction.

Hello!  See the attached report relating the compressibility of firn, the density profile, and the resulting index of refraction profile.  The gradient of the index of refraction profile determines the curvature of classically refracted rays.

Here is my senior thesis so far. If you have time, please read through it and let me know if you have any comments!

Just in case anyone wants to read my thesis.  :)  I pointed Brian D. to it today to read about how to set limits.  The limits included systematic uncertainties too, which is standard in particle physics but we don't do that yet (but we should).

Attached is what was submitted to arxiv for the first time

This paper has descriptions and results from three complementary analyses, Analysis A, B and C

Analysis C is the OSU binned analysis, and this is the first time that this new analysis is being published (other than theses) 

Brian Dailey's PhD Thesis.

ARA solar flare paper submitted to the journal.

Link: https://arxiv.org/abs/1807.03335

Quick summary of the units of the Fourier Transform.

Attached is the note that Ben Strutt sent me.
It contains the derivation of equation 8.3 in his dissertation.

In particular, note that the elevation angle  corresponds to the  !