Physics 190Q Midterm Paper

 

Outline due Friday 9 March 12:20 pm

Paper due Friday 30 March 12:20 pm

 

Papers should be submitted through Spark!
Log in to http://spark.oit.umass.edu/ using your OIT computer account and click on the "Assignments" menu item Assignments. Acceptable formats are MSWord, PDF, postscript, plain text (.txt) or rich text format (.rtf). In the event of technical difficulties, bring a paper copy to class before the deadline and we will accept that.


The midterm paper should be five to eight pages of text (typed), on a topic taken from the lectures and/or the readings. It should be researched from the lectures, the readings and other sources. Several suggestions for topics are given below, although you can choose a separate topic yourself, as long as you clear it with me first. The paper should be framed in your own words, demonstrating your own understanding of the subject. A discussion that simply parrots what is said in the text or in class will receive a lower grade. An "A" paper should demonstrate thinking or research at a slightly deeper level than what was explicitly discussed in class. Above all, the complete scientific explanation of your subject is most important. A paper that only describes, but does not explain the science will receive a lower grade. All sources should be identified and properly cited. Your TAs and I are available to talk over any details of the paper you wish.

 

The outline for the paper is due 3 weeks before the paper itself, and will be graded as a weekly assignment. The outline should be two or three pages long. It should identify all the main themes in the paper and should describe the structure of the paper explicitly. That is, it should identify the content of each paragraph in the paper with a sentence or a couple of bulleted items.
A tip for a good outline: Try to construct the first and last sentence of each paragraph of the paper and include those (or equivalent information) in the outline.

 

As always, I expect all writing to be legible and clear, and to adhere to good grammatical form. If you feel you need help with the language or structure of a paper, you might like to talk to the folks at the UMass Writing Center. They hold office hours in Bartlett Hall Room 303A every Monday through Thursday. See: http://writingprogram.hfa.umass.edu/writingcenter/writingcenter.asp .

Students should be aware that suspect assignments (e.g., those without drafts, without works cited pages, or with large departures in style) may be scanned using text matching software ("Turnitin") for the purpose of detecting possible plagiarism. Submitted assignments will be included in the UMass Amherst dedicated database of assignments at Turnitin. This database of assignments will be used solely for the purpose of detecting possible plagiarism during this term and in the future.

Late papers must be cleared with me first! Partial credit will be negotiated based on the circumstances.

 

 

Suggested topics


The nature of physical reality
What are the most important differences between classical theories of physics and quantum mechanics, as regards the nature of physical reality. Describe each in detail. What is the experimental evidence in favor of quantum mechanics view of the world? What aspects of the world are not determined by experiment?


The nature of light
Identify the many models that have been used to explain the behavior of light and describe each in detail. Discuss the successes and failures of each model and describe the experimental results that drove the changes from previous models.


The double slit
Describe the double slit experiment, including its many versions. What are the observable results of the experiment? What do these results demonstrate about the nature of the material in the experiment and about the nature of physical reality, and why?


The Michelson-Morley experiment
What was the M-M experiment and how did it work? What did it set out to measure? What were the results? What did the experiment prove and why? What are the implications of the experiment for the theory of quantum mechanics?