Contents
Louise Weinberg
Louise Weinberg (née Goldwasser; born December 5, 1932) is an American legal scholar. She is known for her writings on legal theory, due process, and choice of law, and for her groundbreaking 1994 book, a 1200-page study on federal courts.
Biography
Louise Weinberg was educated at Cornell (A.B. summa) (Phi Beta Kappa), and Harvard (J.D. 1969, LL.M. 1974). She clerked for Judge Charles Edward Wyzanski Jr. and was an associate in litigation at Bingham, Dana & Gould, Boston. At Harvard, Brandeis, and Stanford she taught courses in the American legal system, constitutional law, Supreme Court history, federal courts, and the conflict of laws. In 1980 she joined the law faculty at the University of Texas, where she held the Raybourn Thompson professorship, and, later, the endowed William B. Bates Chair in the Administration of Justice, formerly held by Charles Alan Wright. In 1982 she was joined in Texas by her husband, Steven Weinberg, a Nobel laureate in physics. Louise Weinberg is author of the 1200-page study, Federal Courts: Judicial Federalism and Judicial Power (West, 1994), and numerous scholarly papers and contributions. Her works address the sources of lawmaking power and the debate on legal theory in the conflict of laws, offering a unification of conflicts theory with constitutional theory. She is a member of, and appointed adviser to, the American Law Institute, and she has frequently chaired sections of the Association of American Law Schools on Conflict of Laws and on Federal Courts. Louise Weinberg became emeritus in 2021 when she was 88 years of age.
Contributions to legal theory
In 1977 Weinberg introduced the concept of "judicial federalism." She engaged in a 1989 debate with Martin Redish concerning controversial federal judicial lawmaking, and clarified the nature of federal common law. Weinberg concentrated on choice-of-law theory, and proposed a reconceptualization of the field, ultimately achieving a unification of the concepts of due process, rationality, and tiered scrutiny with choice of law. Weinberg became interested in uncovering hidden rationales in Supreme Court cases, and in this interest clarified the causative role of the Dred Scott case in the coming of the Civil War, countering revisionist normalization of Dred Scott while showing that judicial attempts to reverse Dred Scott, as opposed to constitutional amendment, would have been counterproductive. In 2003, when Marbury v. Madison, the early Supreme Court case placing the federal government under the rule of law, came under revisionist attack, Weinberg published her defense of the case. Throughout she was interested in the problem of instantiating justice within the American dual-law, dual-court, multistate legal systems, and on the histories of the times in the backgrounds of supreme court cases on these systems.
Retirement: Steven Weinberg legacy & Louise Weinberg Lecture
Louise Weinberg retired in 2021. She edited the memoirs of her husband, the Nobel laureate physicist, Steven Weinberg (1933-2021), Steven Weinberg; A Life in Physics (Cambridge University Press 2023). She arranged for the publication of a biography of Steven Weinberg with the biographer Graham Farmelo. She donated the papers of Steven Weinberg to the Harry Ransom Center at the University of Texas. In retirement Louise Weinberg published a novel, Up at the Castlereigh (2023), and two volumes of short stories, Millennial Guy and Other Stories (2023), and The English Lad and Other Stories (2023). In 2023 the University of Texas School of Law hosted the inaugural Louise Weinberg Lecture in the Administration of Justice. The inaugural lecture was delivered by Vicki Jackson.
Publications
BOOKS: RECENT SCHOLARLY PAPERS: EARLIER NOTABLE PAPERS: CONTRIBUTED: ANTHOLOGIZED: PROCEEDINGS: CITED BY:
Direct links
This article is derived from Wikipedia and licensed under CC BY-SA 4.0. View the original article.
Wikipedia® is a registered trademark of the
Wikimedia Foundation, Inc.
Bliptext is not
affiliated with or endorsed by Wikipedia or the
Wikimedia Foundation.