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New QG blog---Yidun Wan
Back in October 2005 when Smolin gave his talk at Loops '05 conference he referred several times to work by a Perimeter/Waterloo PhD student called Yidun Wan (in the online audio he pronounces Yidun's name like Eton the school in UK where they play Rugby)
I just learned that Yidun has a blog. I like the header photo, and how it is set up, and also the name. The blog is bilingual: quite a lot perhaps the majority is in Chinese. There are quite a few QG papers coming out of China these days---especially Beijing University but also other places---so it seems like a good idea to have a QG blog in Chinese. It also has entries in English.
http://www.wanyidun.com/blog_r2u/?p=50
Yidun has a background which is (to me) very interesting because he did a Masters at University of Pennsylvania in Computer Science, his webpage says, before entering the PhD program at Waterloo.
I am always expecting QG physicists to construct computer models simulating spacetime-matter. Or to make computer models simulating some interesting graph-theoretical aspect, such as the (de)evolution of non-locality by purely local moves.
Dan Christensen at UWO is a QG researcher with access to supercomputers and a program combining mathematics, physics, and computer science. IIRC one or more of Ashtekar's students at Penn State have gone to UWO to work with Dan Christensen. They have done some massive spinfoam calculations at UWO. I think there should be more programs like Christensen's at UWO that combine the necessary skills and computer-power.
It seems like it would help if the QG field could attract some PhD students with a Computer Science background---especially background in simulations by massive parallel computation, or Monte Carlo methods. The salary gradient probably goes the wrong way. If you have a degree in Computer Science then you can make too much money (if you are good) so why go into theoretical physics?
this bad salary gradient is probably the only reason that we do not see today huge computer models of spacetime-matter running at all major universities just kidding
Back in October 2005 when Smolin gave his talk at Loops '05 conference he referred several times to work by a Perimeter/Waterloo PhD student called Yidun Wan (in the online audio he pronounces Yidun's name like Eton the school in UK where they play Rugby)
I just learned that Yidun has a blog. I like the header photo, and how it is set up, and also the name. The blog is bilingual: quite a lot perhaps the majority is in Chinese. There are quite a few QG papers coming out of China these days---especially Beijing University but also other places---so it seems like a good idea to have a QG blog in Chinese. It also has entries in English.
http://www.wanyidun.com/blog_r2u/?p=50
Yidun has a background which is (to me) very interesting because he did a Masters at University of Pennsylvania in Computer Science, his webpage says, before entering the PhD program at Waterloo.
I am always expecting QG physicists to construct computer models simulating spacetime-matter. Or to make computer models simulating some interesting graph-theoretical aspect, such as the (de)evolution of non-locality by purely local moves.
Dan Christensen at UWO is a QG researcher with access to supercomputers and a program combining mathematics, physics, and computer science. IIRC one or more of Ashtekar's students at Penn State have gone to UWO to work with Dan Christensen. They have done some massive spinfoam calculations at UWO. I think there should be more programs like Christensen's at UWO that combine the necessary skills and computer-power.
It seems like it would help if the QG field could attract some PhD students with a Computer Science background---especially background in simulations by massive parallel computation, or Monte Carlo methods. The salary gradient probably goes the wrong way. If you have a degree in Computer Science then you can make too much money (if you are good) so why go into theoretical physics?
this bad salary gradient is probably the only reason that we do not see today huge computer models of spacetime-matter running at all major universities just kidding
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