Lista de Personas Famosas con el apellido Huber
Anke Huber
Anke Huber fue una tenista alemana de la década de 1990. Fue profesional desde 1989 hasta 2001, llegando a alcanzar la final del Abierto de Australia de 1996 perdiendo ante Mónica Seles por 6-4 y 6-1; y la final del Masters femenino de 1995 perdiendo en 5 sets antes Steffi Graf por 6-1, 2-6, 6-1, 4-6 y 6-3.
Valerie Huber
Valerie Florine Huber es una actriz y modelo austríaca.
Thomas Huber
Thomas Huber is a German climber and mountaineer. He lives in Berchtesgaden with his family. His brother and climbing partner is Alexander Huber and the two are called "Huberbuam" (Huberboys) in Bavarian dialect. They were the subject of the 2007 film To the Limit.
Charles M. Huber
Charles Muhamed Huber is a German politician and actor. He was one of the first two Bundestag members of African ancestry, alongside Karamba Diaby, who were both elected on September 23, 2013. Huber is a member of the Christian Democratic Union, and was elected in the federal state of Hesse whereas he failed to win the Darmstadt constituency.
Erwin Huber
Erwin Huber es un político conservador alemán. Fue líder de la Unión Social Cristiana de Baviera entre 2007 y 2009.
Johannes Huber
Johannes Huber is a German politician for the populist Alternative for Germany (AfD) and since 2017 member of the Bundestag.
Wolfgang Huber
Wolfgang Huber is a prominent German theologian and ethicist. Huber served as bishop of the Evangelical Church of Berlin-Brandenburg-Silesian Upper Lusatia until November 2009. Huber succeeded Manfred Kock as Chairperson of the Council of the Evangelical Church in Germany (EKD) in November 2003 and was succeeded by Bishop Margot Käßmann, the first woman in that position, in October 2009.
Liza Huber
Liza Victoria Huber is an American television actress, best known for her role as Gwen Hotchkiss on the daytime soap Passions. She is the daughter of actress Susan Lucci.
Peter Jost Huber
Peter Jost Huber is a Swiss statistician. He is known for his contributions to the development of heteroscedasticity-consistent standard errors.