... corresponding to certain definite frequencies of light characteristic of that element. One year later, Heisenberg presented his atomic "core model" of complicated atoms that resolved every spectroscopic riddle in one stroke and still saved the phenomena. This model worked only because he disregarded all other previous explanations. This model was way too controversial for widespread acceptance of his theory. In the ... for them to measure. This is his explanation for this concept, "If one seeks to measure the exact position of an electron, one could use a microscope of very high resolvi...

• Word Count: 4391
• Approx Pages: 18
• Grade Level: Undergraduate

... corresponding to certain definite frequencies of light characteristic of that element. One year later, Heisenberg presented his atomic "core model" of complicated atoms that resolved every spectroscopic riddle in one stroke and still saved the phenomena. This model worked only because he disregarded all other previous explanations. This model was way too controversial for widespread acceptance of his theory. In the ... for them to measure. This is his explanation for this concept, "If one seeks to measure the exact position of an electron, one could use a microscope of very high resolvi...

• Word Count: 4427
• Approx Pages: 18
• Grade Level: Undergraduate

... corresponding to certain definite frequencies of light characteristic of that element. One year later, Heisenberg presented his atomic "core model" of complicated atoms that resolved every spectroscopic riddle in one stroke and still saved the phenomena. This model worked only because he disregarded all other previous explanations. This model was way too controversial for widespread acceptance of his theory. In the ... for them to measure. This is his explanation for this concept, "If one seeks to measure the exact position of an electron, one could use a microscope of very high resolvi...

• Word Count: 4218
• Approx Pages: 17
• Grade Level: High School