Research

How to Find Currently Received Newspapers

Learn how to find 21st century newspapers (current newspapers) in the Serial and Government Publications Division collections. These are mostly accessible on-site only, but you can look up titles from the comfort of your own computer using our interactive lists. “How to find” is a new blog series on tips, tricks, and tools to help you navigate the collections of the Newspaper and Current Periodical Reading Room.

Read More
The Berlin of Christopher Isherwood

Anglo-American writer Christopher Isherwood lived in Berlin from 1929 to 1932 and observed first-hand the rise of the Nazis and the damage and terror inflicted on the famously tolerant city and its inhabitants. He drew from his journals that he kept from those years to write “Mr. Norris Changes Trains” (1935) and “Goodbye to Berlin” (1939), which would later be combined into an omnibus volume entitled “The Berlin Stories” (1945). Playful and powerful, Isherwood’s depiction of Berlin captured the imagination of later artists, whose work is also represented in the Rare Book and Special Collections Division.

Read More
Discovering Voltairine de Cleyre, Neglected Poet of American Radicalism

Published in 1978, Paul Avrich’s “An American Anarchist: The Life of Voltairine de Cleyre” was the first substantial biography of Voltairine de Cleyre (1866-1912), an influential member of the American labor movement at the turn of the 20th century. Donated to the Library of Congress in 1986, the biography refers to de Cleyre as “one of the most interesting if neglected figures in the history of American radicalism.”

Read More
The First “Modern” Medical Book

Printed in Basel in 1543, Andreas Vesalius’ De Humani Corporis Fabrica is considered to be the first “modern” medical book that emphasizes clinical observation over a dependence on ancient texts. The Library of Congress has recently digitized its copy of De Fabrica, which was part of the generous gift of Lessing J. Rosenwald to the nation.

Read More
Diamond plate with atomic-sized flaws

A diamond plate with atomic-sized flaws on confocal microscope as green, orange and red lasers excite these flaws to manipulate and measure them

In this image, the clear wafer at the center of the confocal microscope is a diamond plate with atomic-sized flaws. Green, orange and red lasers excite these flaws to manipulate and measure them, which allows for measuring small magnetic fields at nanometer length scales.

[Research supported by …

This is an NSF Multimedia Gallery item.

Read More