# 182: Nash

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The first panel references a scene in the movie {{w|A Beautiful Mind (film)|A Beautiful Mind}} in which {{w|John Forbes Nash, Jr.|Dr. John Forbes Nash, Jr.}} comes up with his famous concept of {{w|Nash equilibrium}} when he realizes that they get suboptimal results if all the guys go after the same hot girl. The second panel deconstructs the idea by having Dr. Nash point out that staying away from the hot girl does not actually constitute a stable Nash equilibrium. The third panel has physicist {{w|Richard Feynman|Dr. Richard Feynman}} render the entire discussion moot by taking all the girls while the mathematicians ponder optimal strategies. | The first panel references a scene in the movie {{w|A Beautiful Mind (film)|A Beautiful Mind}} in which {{w|John Forbes Nash, Jr.|Dr. John Forbes Nash, Jr.}} comes up with his famous concept of {{w|Nash equilibrium}} when he realizes that they get suboptimal results if all the guys go after the same hot girl. The second panel deconstructs the idea by having Dr. Nash point out that staying away from the hot girl does not actually constitute a stable Nash equilibrium. The third panel has physicist {{w|Richard Feynman|Dr. Richard Feynman}} render the entire discussion moot by taking all the girls while the mathematicians ponder optimal strategies. | ||

− | Feynman shared the 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 | + | Feynman shared the 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, ''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. |

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. | 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. |

## Revision as of 03:54, 26 August 2013

Nash |

Title text: Maybe someday science will get over its giant collective crush on Richard Feynman. But I doubt it! |

## Explanation

The first panel references a scene in the movie A Beautiful Mind in which Dr. John Forbes Nash, Jr. comes up with his famous concept of Nash equilibrium when he realizes that they get suboptimal results if all the guys go after the same hot girl. The second panel deconstructs the idea by having Dr. Nash point out that staying away from the hot girl does not actually constitute a stable Nash equilibrium. The third panel has physicist Dr. Richard Feynman render the entire discussion moot by taking all the girls while the mathematicians ponder optimal strategies.

Feynman shared the Nobel Prize in Physics in 1965 for his important work in quantum electrodynamics. Feynman wrote 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, *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.

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 cult-like following among scientists.

The title text explains this: 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.

## Transcript

- [Cueball and Dr. Nash stand talking to each other. Cueball is pointing off-panel.]
- Cueball: Hey, Dr. Nash, I think those gals over there are eyeing us. This is like your Nash Equilibrium, right? One of them is hot, but we should each flirt with one of her less-desirable friends. Otherwise we risk coming on too strong to the hot one and just driving the group off.
- Dr. Nash: Well, that's not really the sort of situation I wrote about. Once we're with the ugly ones, there's no incentive for one of us not to try to switch to the hot one. It's not a stable equilibrium.
- Cueball: Crap, forget it. Looks like all three are leaving with one guy.
- [Dr. Nash shakes his fist.]
- Dr. Nash: Dammit, Feynman!

**add a comment!**

# Discussion

This page could do with rigor. "Could do" does not mean "needs", however. It is not incomplete, just a bit threadbare. --Quicksilver (talk) 05:27, 24 August 2013 (UTC)

Argh! How "wrong" was the title text, anyway? What remains to be explained, or what is incorrect? --Quicksilver (talk) 04:24, 25 August 2013 (UTC)