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6 de may. de 2019 · English: Ulrik of Denmark (2 February 1611-12 August 1633, murdered), was a son of Christian IV of Denmark and of Anne Catherine of Brandenburg.In 1624 he succeeded - as Ulrich III - his late uncle Ulrik Johan of Denmark (1578-1624; as Ulrich II of Schwerin) in the reign of the Prince-Bishopric of Schwerin as its Lutheran administrator, colloquially also called Prince-Bishop of Schwerin.
8 de oct. de 2019 · Media in category "Ulrik of Denmark (1578–1624)" The following 3 files are in this category, out of 3 total. Coat of arms Ulrik, Prince of Denmark.png 1,158 × 1,158; 698 KB
Ulrik Lund Andersen is doing research in quantum information technologies and quantum optics and he is the head of the quantum information group at the department of Physics. A quantum computer can perform calculations much faster than a standard computer and quantum commincation systems can transfer information with unconditional security.
Ulrik ANDERSEN | Cited by 10,881 | of Technical University of Denmark, Kongens Lyngby (DTU) | Read 359 publications | Contact Ulrik ANDERSEN
Prince Ulrik of Denmark was a son of King Christian IV of Denmark and Norway and his consort Queen Anne Catherine of Brandenburg. As the fourth-born son, he bore the merely titular rank of Duke of Holstein and Schleswig, Stormarn and Ditmarsh; however, he had no share in the royal-ducal condominial rule of Holstein and Schleswig, wielded by the heads of the houses of Oldenburg (royal) and its ...
2002 to 2003: Studies at Dept. of Sociology, University of Copenhagen. 2006-2009: PhD. scholar, University of Copenhagen. Summer 2007: Receiver of ISSA´s Graduate Paper Award. 2010: Post doc, University of Copenhagen. 2011-2013: Assistant professor, Department of Leadership & Corporate Strategy, University of Southern Denmark.
30 de jun. de 2009 · Ulrik Lund Andersen is doing research in quantum information technologies and quantum optics and he is the head of the quantum information group at the department of Physics. A quantum computer can perform calculations much faster than a standard computer and quantum commincation systems can transfer information with unconditional security. The potentials of such systems are therefore ...
