Stalking the Riemann Hypothesis: Difference between revisions

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In 1998 the [http://www.msri.org Mathematical Sciences Research Institute]
In 1998 the [http://www.msri.org Mathematical Sciences Research Institute] had a three-day conference on <i>Mathematics and the Media.
in Berkeley, California had a three-day conference on <i>Mathematics and the Media.  
in Berkeley, Californiathe had a three day conference on <i>Mathematics and the Media. </i>The purpose of this conference was to bring together science writers and mathematicians to discuss ways to better inform the public about mathematics and new discoveries in mathematics. As part of the conference, they asked Peter Sarnak, from Princeton University, to talk about new results in mathematics that he felt the science writers might like to write about. He chose as his topic "The Riemann Hypothesis"This is generally considered the most famous unsolved problem in mathematics and is the major focus of Sarnak's research.  
</i>The purpose of this conference was to bring together science writers and mathematicians  
to discuss ways to better inform the public about mathematics and new discoveries  
in mathematics. As part of the conference, they asked Peter Sarnak, from Princeton  
University, to talk about new results in mathematics that he felt the science  
writers might like to write about. He chose as his topic "The Riemann Hypothesis"
This is generally considered the most famous unsolved problem in mathematics and  
is the major focus of Sarnak's research.  


In his talk, Sarnak described some fascinating new connections between the  
In his talk, Sarnak described some fascinating new connections between the  
  Riemann Hypothesis, physics and random matrices. He used only mathematics that  
Riemann Hypothesis, physics and random matrices. He used only mathematics that  
  one would meet in calculus and linear algebra. Sarnak's lecture, and a discussion  
one would meet in calculus and linear algebra. Sarnak's lecture, and a discussion  
  of his talk by the science writers, can be found http://www.msri.org/publications/video/general.html here  
of his talk by the science writers, can be found [http://www.msri.org/publications/video/general.html here]
  under "Mathematics for the Media"
under "Mathematics for the Media"


These special editions of Chance News were meant to provide readers of Chance  
These special editions of Chance News were meant to provide readers of Chance  
News with background information about chance in the primes to allow them to  
News with background information about chance in the primes to allow them to  
better appreciate Sarnac's very nice talk,
better appreciate Sarnac's very nice talk,

Revision as of 21:00, 19 April 2005

In 1998 the Mathematical Sciences Research Institute had a three-day conference on Mathematics and the Media. in Berkeley, Californiathe had a three day conference on Mathematics and the Media. The purpose of this conference was to bring together science writers and mathematicians to discuss ways to better inform the public about mathematics and new discoveries in mathematics. As part of the conference, they asked Peter Sarnak, from Princeton University, to talk about new results in mathematics that he felt the science writers might like to write about. He chose as his topic "The Riemann Hypothesis"This is generally considered the most famous unsolved problem in mathematics and is the major focus of Sarnak's research.

In his talk, Sarnak described some fascinating new connections between the Riemann Hypothesis, physics and random matrices. He used only mathematics that one would meet in calculus and linear algebra. Sarnak's lecture, and a discussion of his talk by the science writers, can be found here under "Mathematics for the Media"

These special editions of Chance News were meant to provide readers of Chance News with background information about chance in the primes to allow them to better appreciate Sarnac's very nice talk,