Editing 182: Nash
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In fact, the situation in the comic is a great example of what a Nash equilibrium is ''not''. The only reason that one player (pun intended) wouldn't try to go for the hot girl is if they were afraid that someone else would go for the hot girl as well. However, in a Nash equilibrium, each player assumes that the other players won't change their strategy, and concludes from this assumption that their own strategy shouldn't change either. If all of them have the strategy of flirting with the hot girl's friends, and all of them are assuming (incorrectly) that the others won't change their strategies, then they all would change their strategies simultaneously, breaking the equilibrium. | In fact, the situation in the comic is a great example of what a Nash equilibrium is ''not''. The only reason that one player (pun intended) wouldn't try to go for the hot girl is if they were afraid that someone else would go for the hot girl as well. However, in a Nash equilibrium, each player assumes that the other players won't change their strategy, and concludes from this assumption that their own strategy shouldn't change either. If all of them have the strategy of flirting with the hot girl's friends, and all of them are assuming (incorrectly) that the others won't change their strategies, then they all would change their strategies simultaneously, breaking the equilibrium. | ||
| β | Feynman shared the {{w|Nobel Prize}} in Physics in 1965 for his important work in {{w|quantum electrodynamics}}. Feynman wrote {{w|Richard Feynman#Popular works|popular books}} and gave public lectures. These presented his work | + | Feynman shared the {{w|Nobel Prize}} in Physics in 1965 for his important work in {{w|quantum electrodynamics}}. Feynman wrote {{w|Richard Feynman#Popular works|popular books}} and gave public lectures. These presented his work advanced theoretical physics to the general public, a practice that was not very common at that time. One of his more famous books, ''{{w|Surely You're Joking, Mr. Feynman!}}'' gives many personal anecdotes from his lifetime, and it contains a passage giving advice on the best way to pick up a girl in a bar. |
| β | The aforementioned public books and lectures brought him great attention in the media, and his exceptional results in physics coupled with this have led to his getting an almost [http://articles.latimes.com/2001/dec/02/magazine/tm-10496 cult-like following] among scientists. He's also (largely due to his book) known as something of a womanizer | + | The aforementioned public books and lectures brought him great attention in the media, and his exceptional results in physics coupled with this have led to his getting an almost [http://articles.latimes.com/2001/dec/02/magazine/tm-10496 cult-like following] among scientists. He's also (largely due to his book) known as something of a womanizer. Thus why he would take several women home at once. |
The title text explains that [[Randall]] wonders whether this "collective crush" (crush as in love affair) will fade away one day, but he doubts it. Great respect for Feynman continues to this day, even though he died about a quarter-century ago. | The title text explains that [[Randall]] wonders whether this "collective crush" (crush as in love affair) will fade away one day, but he doubts it. Great respect for Feynman continues to this day, even though he died about a quarter-century ago. | ||
