Challenging Folk Icons - Rewriting Woody and Santeri

Woody Guthrie’s song, “The 1913 Massacre,” written around 1940-41, has become something of a folk anthem for progressives, leftists, and labor supporters. It depicts the Italian Hall Disaster of December 24, 1913, in a plainspoken and colorful way, but has been (rightfully) described as “deeply flawed historically.” Much like Guthrie’s English-language folk songs, Finnish immigrant Santeri Mäkelä had a major impact on capturing the working-world around him. Mäkelä’s lyrics for the “Kaivantomiehen Laulu (The Miners’ Song)” were first published in Hancock, 1909, in “Uusi Työväen Laulukirja (The New Workers’ Songbook),” and was probably sung widely by Finnish strikers during the 1913-14 Michigan Copper Strike. Leading up to, and during this Strike Centennial year, there have been renewed performances of the song, both in Finland and the United States—but only in the original Finnish language. This presentation will delve into the accuracy, history, and lyrics of these two important, but historically problematic labor songs.

THE HOLOGRAPHIC DETECTOR FOR CLOUDS FROM TRL 5 TO TRL 8

Clouds are one of the most influential elements of weather on the earth system, yet they are also one of the least understood. Understanding their composition and behavior at small scales is critical to understanding and predicting larger scale feedbacks. Currently, the best method to study clouds on the microscale is through airborne in situ measurements using optical instruments capable of resolving clouds on the individual particle level. However, current instruments are unable to sufficiently resolve the scales important to cloud evolution and behavior. The Holodec is a new generation of optical cloud instrument which uses digital inline holography to overcome many of the limitations of conventional instruments. However, its performance and reliability was limited due to several deficiencies in its original design. These deficiencies were addressed and corrected to advance the instrument from the prototype stage to an operational instrument. In addition, the processing software used to reconstruct and analyze digitally recorded holograms was improved upon to increase robustness and ease of use.