... showed that individual atoms could be broken down and split into even smaller, subatomic particles. But perhaps one of the most shocking blows of uncertainty in the world of physics came from Werner Heisenberg. His "principle of uncertainty," stated that because the speed and position of an electron are impossible to know at the same time, it is therefore impossible to be able to predict ... was deeply impacted and affected by the Age of Anxiety. Similar to the authors of the time, artists of all kinds felt the need to express themselves in increasingly abstract and experimental ways. P...

• Word Count: 1360
• Approx Pages: 5
• Grade Level: Undergraduate

... they are altogether incorrect. There are many things that quantum mechanics can explain that classical mechanics cannot. The first of these is that light acts as both a wave and a light. Quantum mechanics explains that light actually exists as a particle, but the probability of the position of the photon is wavelike. In this way quantum mechanics explains something that classical mechanics never could. Another thing that ... Heisenberg uncertainty principle. This is the belief that exact accurate measurements can not be taken of anything. This is because when you take measurements of what...

• Word Count: 579
• Approx Pages: 2
• Grade Level: Undergraduate

... . He used spectral analysis to demonstrate this theory, analyzing the composition of reflected light in terms of its elemental makeup . Hodges notes that this analysis allowed Newton to envision: "light and visibility of objects as a result of the rather mechanical movement of a host of miniscule particles or "corpuscles" of light through air, from object to observer, at the speed of about 168,000 miles per second". In more than one way Newton ... 's theories of light interrelate with his theories of gravity. In turn, Newton's gravitation formula pertains from every aspect ... ...

• Word Count: 1150
• Approx Pages: 5
• Grade Level: Undergraduate