Editing Talk:1489: Fundamental Forces
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:I'm not sure about ''the'' first one, but one of first electromagnetic phenomenons we encountered was light. We first observed it about 200000 years ago. :P [[Special:Contributions/141.101.104.77|141.101.104.77]] 13:45, 21 February 2015 (UTC) | :I'm not sure about ''the'' first one, but one of first electromagnetic phenomenons we encountered was light. We first observed it about 200000 years ago. :P [[Special:Contributions/141.101.104.77|141.101.104.77]] 13:45, 21 February 2015 (UTC) | ||
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− | I knew from the title, "Fundamental | + | I knew from the title, "Fundamental Horses", that this was going to be a great one. {{unsigned ip|199.27.128.200}} |
− | I prefer Chromatic | + | I prefer Chromatic Horse and Flavor Horse. Why use weak names when we have new strong ones? [[Special:Contributions/108.162.254.98|108.162.254.98]] 11:58, 20 February 2015 (UTC) |
In high school Physics, my class was taught that physicists had recently combined the Electromagnetic and Weak Nuclear forces into the Electro-Weak Force, so there were only three and if we were to find the Higgs Boson, there might be just two or one. [[Special:Contributions/108.162.241.11|108.162.241.11]] 21:55, 20 February 2015 (UTC) | In high school Physics, my class was taught that physicists had recently combined the Electromagnetic and Weak Nuclear forces into the Electro-Weak Force, so there were only three and if we were to find the Higgs Boson, there might be just two or one. [[Special:Contributions/108.162.241.11|108.162.241.11]] 21:55, 20 February 2015 (UTC) | ||
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:: Old timer physicists say the same thing about magnetism and electricity. [[Special:Contributions/141.101.64.35|141.101.64.35]] 16:53, 21 February 2015 (UTC) | :: Old timer physicists say the same thing about magnetism and electricity. [[Special:Contributions/141.101.64.35|141.101.64.35]] 16:53, 21 February 2015 (UTC) | ||
− | Is it just possible that Randall posted this forum to see how we here actually try to explain strong and weak | + | Is it just possible that Randall posted this forum to see how we here actually try to explain strong and weak forces? [[Special:Contributions/188.114.111.224|188.114.111.224]] 22:34, 21 February 2015 (UTC) |
In the first panel, Cueball forgot to mention Einstein's field equations. [[Special:Contributions/108.162.254.77|108.162.254.77]] 11:35, 22 February 2015 (UTC) | In the first panel, Cueball forgot to mention Einstein's field equations. [[Special:Contributions/108.162.254.77|108.162.254.77]] 11:35, 22 February 2015 (UTC) | ||
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When I read this comic, I see a metaphor for the scientific community's difficulties explaining these interactions to laymen. Cueball is a stand-in for scientists, and while he likely understands these concepts very well, has no earthly idea how to encapsulate them for someone who hasn't studied them in-depth. As the concepts become more abstract and unintuitive, Cueball's explanations become more incomprehensible to the increasingly vexed lay audience. Gravity is a phenomenon that is readily observable to anyone, and so the audience accepts it without question--note that Cueball's explanation doesn't really do the topic any better justice than his explanations of the other forces; he just doesn't need to. Electromagnetism is less intuitive to a layman, but its effects are still observable, so the audience, accepting it, seems more concerned that Cueball glosses over a hint that it's a bit more complex than his initial explanation would suggest. The explanations of strong and weak forces are no more coherent, but the complete lack of observable effects to laymen makes this lapse unforgivable to the audience. The alt text highlights the irony of this situation, where the lack of any comprehensible explanation of the strong and weak forces leads the audience to believe that they are not well-understood, but in fact it is gravity, the force they simply accepted without question, that is a mystery. {{unsigned ip|173.245.56.209}} | When I read this comic, I see a metaphor for the scientific community's difficulties explaining these interactions to laymen. Cueball is a stand-in for scientists, and while he likely understands these concepts very well, has no earthly idea how to encapsulate them for someone who hasn't studied them in-depth. As the concepts become more abstract and unintuitive, Cueball's explanations become more incomprehensible to the increasingly vexed lay audience. Gravity is a phenomenon that is readily observable to anyone, and so the audience accepts it without question--note that Cueball's explanation doesn't really do the topic any better justice than his explanations of the other forces; he just doesn't need to. Electromagnetism is less intuitive to a layman, but its effects are still observable, so the audience, accepting it, seems more concerned that Cueball glosses over a hint that it's a bit more complex than his initial explanation would suggest. The explanations of strong and weak forces are no more coherent, but the complete lack of observable effects to laymen makes this lapse unforgivable to the audience. The alt text highlights the irony of this situation, where the lack of any comprehensible explanation of the strong and weak forces leads the audience to believe that they are not well-understood, but in fact it is gravity, the force they simply accepted without question, that is a mystery. {{unsigned ip|173.245.56.209}} | ||
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