The mathematical theory of random polynomials and random matrices has already found many applications in physics. Indeed the Hamiltonian of a complex or chaotic system can often be viewed as such a matrix.
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This quote is just one of 2 total Jean Dalibard quotes in our collection. Jean Dalibard is known for saying 'The mathematical theory of random polynomials and random matrices has already found many applications in physics. Indeed the Hamiltonian of a complex or chaotic system can often be viewed as such a matrix.' as well as some of the following quotes.
The mathematical theory of random polynomials and random matrices has already found many applications in physics. Indeed the Hamiltonian of a complex or chaotic system can often be viewed as such a matrix.
We were interested in the case of interacting atoms in which the roots of the polynomials -- that is the location of the quantized vortices -- form a regular array. To our surprise we noticed that even for strictly non-interacting atoms, a local order of the vortex distribution remained.
This quote is just one of 2 total Jean Dalibard quotes in our collection. Jean Dalibard is known for saying 'The mathematical theory of random polynomials and random matrices has already found many applications in physics. Indeed the Hamiltonian of a complex or chaotic system can often be viewed as such a matrix.' as well as some of the following quotes.