Natasha Gregson Wagner
American actress and producer
Born
September 29th, 1970
55 years ago
Category
Performers & Entertainers
Country
United States
Links & References
Born on September 29, 1970, an American actress and producer, contributed to film and television over multiple decades. Roles include significant appearances in 'The Last Place on Earth,' 'High Fidelity,' and 'Lost Highway.' Work spans both independent films and mainstream cinema. Collaborated with a variety of directors and participated in various projects, including production work, showcasing a commitment to storytelling both in front of and behind the camera.
Appeared in 'High Fidelity'
Featured in 'Lost Highway'
Acted in 'The Last Place on Earth'
Other People Born on September 29th
Pete Elliott
Played college football at the University of Michigan and later joined the NFL as a quarterback for the Chicago Bears. Transitioned to coaching roles, including head coach at the University of Illinois, where significant contributions to the team's success occurred during the 1960s. Developed strategies and mentored players, influencing future generations of coaches and players in American football.
Continue ReadingIan McShane
Born in England, this actor gained prominence through a distinguished career in film and television. The formative years included appearances in various films during the 1960s and 1970s. The actor achieved critical acclaim for the role of Al Swearengen in the HBO series 'Deadwood', which aired from 2004 to 2007. This performance showcased intense drama and depth, leading to multiple award nominations. Later, the actor appeared as Mr. Wednesday in the television adaptation of Neil Gaiman's novel 'American Gods', further solidifying a reputation in the fantasy genre. Throughout the career, contributions to stage productions and voice work in animated films also marked significant achievements.
Continue ReadingPeter D. Mitchell
Contributed significantly to biochemistry and cellular biology. Developed the chemiosmotic theory, which describes how ATP is produced in cells through a proton gradient across membranes. Received the Nobel Prize in Chemistry in 1978 for this work, which has greatly advanced the understanding of biological energy production. Held academic positions and was involved in various research initiatives throughout a notable career in science.
Continue ReadingEnrico Fermi
An Italian-American physicist and academic, contributions included significant advancements in nuclear physics and quantum theory. Played a pivotal role in the Manhattan Project, which led to the development of atomic bombs during World War II. Led the construction of the Chicago Pile-1, the first nuclear reactor, in 1942, laying the foundation for nuclear energy. Awarded the Nobel Prize in Physics in 1938 for work on induced radioactivity. Held a faculty position at the University of Chicago, where continued to influence the field of physics until passing away in 1954.
Continue ReadingKhushbu Sundar
Born in 1970, this individual began a career in the entertainment industry, debuting in Tamil cinema with the film 'Kali' in 1980. She gained significant popularity in the 1990s with performances in films such as 'Kadhal Kondein' and 'Avittam Thandarai'. Transitioning into television, starred in popular soap operas, contributing to her widespread recognition. Later, ventured into politics, aligning with significant political parties and serving as a prominent figure in various capacities. In addition to acting, this individual has produced several films and has a strong social media presence, actively engaging with fans and discussing various issues.
Continue ReadingHerbert Agar
Contributed significantly to American historical literature as a journalist and historian. Focused on the relationship between the past and present in works of historical analysis. Wrote influential pieces that shaped the understanding of American democracy and its development. Engaged in various editorial roles which informed public discourse on historical events and their ramifications.
Continue Reading