Assign2 Assignment Example | Topics and Well Written Essays - 250 words

Assign2 - Assignment ExampleCurtis held his argument that our galaxy b ares a diameter of 30,000 light years with the fair weather close to the center of our galaxy. He further believed that the discover spiral nebulae are similar to our galaxy. However, Shapley opposed Curtis occurrence on the relation of our universe to the galaxy, by saying that our galaxy bares a diameter of 300,000 light years with the sun being 60,000 light years away from the center of the galaxy. He also further argued that, the observed spiral nebulae are just a cloud of gas that makes up the whole universe. Shapley meant that the spiral nebulae are not just galaxies on their own, but also part of our universe.Prior to the zap background discovery, Andrew McKellar (9140) had already concluded that, the rotational states of CN molecules were influenced by an equilibrium temperature of 2.3 Kelvin. Thus, the latter result was a year later sustain by Walter Adams to be true. However, their discovery was ne ver taken into consideration due to the emergence of World contend 2, which shifted scientific and physical knowledge of astronomers into invention of military equipments. Hence, emergence of the latter war was the main causation as to why McKellar missed the noble prize, of being the founder of microwave background. Since, during the period of World war 2 he served the Canadian Navy while neglecting his cosmic discovery, of thermal temperature required for a microwave background. Thus, a lot of his physics knowledge that he had was bridged to the war. However, after the Second World War, McKellars estimate on the thermal equilibrium rotation of CN molecules was later used for the discovery of the microwave radiation, which as a result pioneered the invention of cosmic microwave background in 1965. Thus, the 1965 discovery of CMB was made by radio astronomers from America (Arno Penzias & Robert Wilson), who were later crowned for the Nobel Prize of discovering the microwave