Switzerland’s Contemporary Contributions to Science and Technology

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Switzerland’s Contemporary Contributions to Science and Technology
Established on August 1, 1291, the Swiss Confederation is a small country with a giant impact in the world of scientific and technological innovations. Commonly known for cheese, chocolate, mountain chalets, army knives, precision watch movements, and financial prowess, its national resume also includes a commitment to higher education, scientific research and development, and technological advancements—all with a reputation for pushing the envelope. This paper will explore Switzerland’s cutting-edge contributions to science and technology in the contemporary era.
Some Facts about Switzerland
Established as the Swiss Confederation on August 1, 1291, Switzerland has a land mass of 15,940 square miles (less than one-half the size of South Carolina), and is bordered by Germany to the north, Austria and Lichtenstein to the east, Italy to the south, and France to the West. Switzerland is divided into 26 cantons (equivalent to states) with “one-third of its populating living in the five largest cities of Zurich, Geneva, Basel, Bern, and Lucerne” (SwissWorld.org). According to the Central Intelligence Agency (2014), Switzerland has a population of 8.06 million, comprised of approximately 65% German, 18% French, 10% Italian, 1% Romansch, with the remaining 6% made up of other ethnicities. Likewise, Switzerland has four official languages: German, French, Italian, and Romansch.
Although Switzerland is not part of the European Union, it has adopted many of the EU policies in order to remain competitive in the international market. Switzerland remains politically neutral, and hosts many international organizations. Geneva is home to one of the two United Nations Organization...

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...inistration (NASA) in the United States. There is one groundbreaking mission underway, and one Swiss astronaut instrumental to many NASA missions.
The Rosetta mission, so named after the Rosetta stone, is the Swiss experiment aboard the ESA lander, Philae, launched on March 2, 2004, and will be the first comet landing in history. According to the ESA, Philae entered deep space hibernation on June 8, 2011 and exited hibernation on January 20, 2014. It will attempt a rendezvous with the comet 67P in May 2014 and will arrive at 67P in August 2014, when it will begin mapping the comet’s surface. Philae will land November 2014 and then Rosetta will begin its job on August 14, 2014 until August 13, 2015 (European Space Agency). Findings of the Rosetta mission, in part, are aimed at the discovery of the origin of comets and their relationship to the universe’s origins.

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