Faculty & Staff Accomplishments
We are excited to share recent accomplishments from faculty and staff members at our campuses around the world.
Accomplishments are listed by date of achievement in reverse chronological order, with the most recent first.
Jonathan Goldman
College of Arts and SciencesJonathan Goldman, Ph.D., professor of English, Department of Humanities, published a review essay on November 9, 2024, of ed. by Alexis L茅on, Anna Maria L茅on, and Luca Crispi", in James Joyce Quarterly volume 61, number 3-4, pp. 376-379.
Amanda Golden
College of Arts and SciencesAmanda Golden, Ph.D., associate professor of English in the Department of Humanities, participated in a peer seminar on the 1940s at the Conference in Chicago, Ill., on November 7, 2024. Golden's paper, "The New Yorker Archive: Langston Hughes and Gwendolyn Brooks," addressed correspondence held at the New York Public Library.
Jonathan Goldman
College of Arts and SciencesJonathan Goldman, Ph.D., professor of English, Department of Humanities, attended the and participated in a seminar on November 7, 2024, called "Modernism and its Neighborhoods." Goldman's paper, "Mapping Post-WWI New York City from Above and Other Perspectives," addressed strategies for mapping New York City in the 1920s.
Amanda Golden
College of Arts and SciencesAmanda Golden, Ph.D., associate professor of English in the Department of Humanities, spoke at 鈥淗ow She Sang: Celebrating the Life and Work of Poet Anne Sexton, 1928-1974," held at in Waltham, Mass., on October 30, 2024.
Claude Gagna
College of Arts and SciencesClaude E. Gagna, Ph.D., professor of biological and chemical sciences, wrote a letter to the editor of the American Chemical Society's Chemical & Engineering News. The letter, was published on October 27, 2024. Gagna responded to an important article written on how double-stranded DNA could replace silicon chips in the future; he suggested that researchers need to think beyond the canonical, traditional Watson-Crick right-handed double-stranded B-DNA, to take advantage of other DNA structures.
\nClaude Gagna
College of Arts and SciencesClaude E. Gagna, Ph.D., professor of biological and chemical sciences, published a peer-reviewed journal article, on October 22, 2024. The article addresses various issues related to publishing peer-reviewed journal articles by academics, researchers, editors, and journals.
Edward Guiliano
College of Arts and SciencesEdward Guiliano, Ph.D., president emeritus and professor of English in the Department of Humanities, published two articles in . The first was published on March 18, 2024: 鈥�," in vol. 55, no. 1 (2024), 69-77. The second was published on October 15, 2024: 鈥�,鈥� in vol. 55, no. 2 (2024), 219-259.
Jonathan Goldman
College of Arts and SciencesJonathan Goldman, Ph.D., professor of English, Department of Humanities, published a short essay contributing to a print roundtable, , in The F. Scott Fitzgerald Review 2023, published September 2024. The feature addressed the expurgated, serialized 1937 version of F. Scott Fitzgerald's The Great Gatsby. Goldman's section analyzed the novel's chapter 5, the central chapter of the novel.
Claude Gagna
College of Arts and SciencesClaude E. Gagna, Ph.D., professor of biological and chemical sciences, published an article, in SKINmed, a peer-reviewed publication, on September 21, 2024. Gagna examined the pathological consequences of this skin disorder, via histopathological staining methods, to improve clinical diagnosis of the pathology. Mpox is a very infectious disease that can cause painful enlarged lymph nodes, rash, fever, and muscle pain. Mpox is caused by the monkeypox virus (MPXV), which is an enveloped double-stranded DNA virus.
William Letsou
College of Arts & Sciences/Department of Biological & Chemical SciencesWilliam Letsou, Ph.D., assistant professor of biological and chemical sciences, recently published an article entitled , in the December 2024 issue of BioSystems, published online on September 21, 2024. It talks about the mathematical biology autonomous development in the journal BioSystems. The paper reimagines the famous Waddington landscape of developmental biology, by blending concepts from the physics of vector fields and rotational motion.