Bernhard and Hildegard Saenger Collection.

The bulk of the collection consists of two bound manuscripts (930 + 110 pages), representing the notes of the law student Bernhard Saenger during the lectures of Prof. Heinrich Dernburg in Halle, Germany on Roman law in Germany and on Roman inheritance law (Pandektenvorlesung).

Verein Mekor Chajim Collection 1915-1918

The bulk of the collection consists of circular letters of the Jewish orthodox organization Mekor Chajim in Frankfurt/Main and of issues of ‘Feldbrief der Agudas Jisroel Jugendorganisation’, sent to Jewish soldiers during World War I; 1915-1918

Ira S. Goldberg Collection 1954-1956

Letters to Ira Goldberg from Dora Edinger (1955), Paul P. Homburger (1955), The New York Public Library (1956) in reference to Bertha Pappenheim; article about stamp dedication by the German postal service honoring Bertha Pappenheim (in Allgemeine Wochenzeitung der Juden in Deutschland, 11/5/1954)

Kriegs-Tagebuch 1914-1917

World War I diary of the physician Nathan Wolf

Hans Ernst Brisch Collection 1912-1995

M.A. Pach, 1995

Early and late electrophysiological effects of distractor frequency in picture naming: Reconciling input and output accounts

The “distractor-frequency effect” refers to the finding that high-frequency (HF) distractor words slow picture naming less than low-frequency distractors in the picture–word interference paradigm. Rival input and output accounts of this effect have been proposed. The former attributes the effect to attentional selection mechanisms operating during distractor recognition, whereas the latter attributes it to monitoring/decision mechanisms operating on distractor and target responses in an articulatory buffer. Using high-density (128-channel) EEG, we tested hypotheses from these rival accounts. In addition to conducting stimulus- and response-locked whole-brain corrected analyses, we investigated the correct-related negativity, an ERP observed on correct trials at fronto-central electrodes proposed to reflect the involvement of domain general monitoring. The wholebrain ERP analysis revealed a significant effect of distractor frequency at inferior right frontal and temporal sites between 100 and 300-msec post-stimulus onset, during which lexical access is thought to occur. Response-locked, region of interest (ROI) analyses of fronto-central electrodes revealed a correct-related negativity starting 121 msec before and peaking 125 msec after vocal onset on the grand averages. Slope analysis of this component revealed a significant difference between HF and lowfrequency distractor words, with the former associated with a steeper slope on the time windowspanning from100 msec before to 100 msec after vocal onset. The finding of ERP effects in time windows and components corresponding to both lexical processing and monitoring suggests the distractor frequency effect is most likely associated with more than one physiological mechanism.