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My first edit would be on the uncertainty position - it states that position and velocity can not both be simultaneously known to within arbitrary position. The current statement is about velocity only. For applications of quantum mechanics, I think we should talk about more than just radioactive decay - I would like to add a link on transistors, as they seem a far more relevant application of QM in people's daily lives. Also, radioactive decay is often thrown about in a cartoonish way without fully understanding it - which is why things like carbon dating done by evolutionists are so blindly accepted by the public, when the science to make a real measurement is actually quite complicated.
My first edit would be on the uncertainty position - it states that position and velocity can not both be simultaneously known to within arbitrary position. The current statement is about velocity only. For applications of quantum mechanics, I think we should talk about more than just radioactive decay - I would like to add a link on transistors, as they seem a far more relevant application of QM in people's daily lives. Also, radioactive decay is often thrown about in a cartoonish way without fully understanding it - which is why things like carbon dating done by evolutionists are so blindly accepted by the public, when the science to make a real measurement is actually quite complicated.
--[[User:CGriswald|CGriswald]] 12:51, 13 December 2008 (EST)
--[[User:CGriswald|CGriswald]] 12:51, 13 December 2008 (EST)
After a year, this page remains woefully incomplete. Perhaps discrediting the theory of relativity is a greater priority for the physics contributions at Conservapedia. To add a little actual content to this page, someone should write sections on the following topics: (1) The photo-electric effect. (2) The classical vs quantum understanding of black-body radiation. (3) The double-slit experiment. (4) The Stern-Gerlach experiment.--[[User:Lemonpeel|Lemonpeel]] 20:19, 25 May 2009 (EDT)