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Happy Birthday Diana Muldaur (88)!
https://www.instagram.com/p/DcN7-C_x0od/

Black Wax Cafe on Instagram: "Happy 88th Birthday, Diana! Diana Muldaur (born August 19, 1938) is an American film and television actress. Muldaur’s television roles include Rosalind Shays on L.A. Law and Dr. Katherine Pulaski in the second season of Star Trek: The Next Generation. She appeared in two episodes of Star Trek: The Original Series in the late 1960s, playing different roles (Drs. Miranda Jones and Ann Mulhall). She has been nominated for an Emmy twice, as a supporting actress on L.A. Law in 1990 and 1991. Born in Brooklyn, New York, and raised on the Massachusetts island of Martha’s Vineyard, Muldaur started acting in high school and continued on through college, graduating from Sweet Briar College in Virginia in 1960. She studied acting under Stella Adler, and made her name on the New York stage. She was at one point a board member of the Screen Actors Guild and was the first woman to serve as president of the Academy of Television Arts & Sciences (1983–1985)"
0 likes, 1 comments - blackwaxcafe on August 19, 2026: "Happy 88th Birthday, Diana! Diana Muldaur (born August 19, 1938) is an American film and television actress. Muldaur’s television roles include Rosalind Shays on L.A. Law and Dr. Katherine Pulaski in the second season of Star Trek: The Next Generation. She appeared in two episodes of Star Trek: The Original Series in the late 1960s, playing different roles (Drs. Miranda Jones and Ann Mulhall). She has been nominated for an Emmy twice, a…

Political Power-Sharing, Firm Entry, and Economic Growth: Evidence from Multiple Elected Representatives
Harsha Dutta, Pulak Ghosh, Arkodipta Sarkar, Nishant Vats
https://arxiv.org/abs/2608.08934 https://arxiv.org/pdf/2608.08934 https://arxiv.org/html/2608.08934
arXiv:2608.08934v1 Announce Type: new
Abstract: We examine the effect of political power-sharing on local economic activity. This effect depends on the relative importance of the risks associated with unchecked power and the potential efficiency gains or losses arising from checks and balances. Our research design exploits a geographic discontinuity design due to the haphazard overlap of electoral and administrative boundaries that generates quasi-random variation in the number of politicians governing adjacent regions. We supplement this design using an episode of electoral delimitation that allows us to exploit within-region variation in the number of politicians. We find increasing the number of politicians governing an area can lead to new firm creation, lower unemployment, and greater real economic activity. Our results suggest that non-aligned multiple politicians enhance state efficiency by imposing checks and balances on each other, leading to lower regulatory obstacles, less cronyism, and improved provision of public infrastructure, creating an economically favorable environment for firm creation.
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