A special issue of Acta Mathematica Scientia, to be published in 2011, will be dedicated to the 85th birthday of Peter D. Lax, who is one of the most prominent mathematicians of the past hundred years. Peter Lax has m...A special issue of Acta Mathematica Scientia, to be published in 2011, will be dedicated to the 85th birthday of Peter D. Lax, who is one of the most prominent mathematicians of the past hundred years. Peter Lax has made important and seminal contributions in many areas the theory of integrable systems and of pure and applied mathematics, including solitons,展开更多
A special issue of Acta Mathematica Scientia, to be published in 2011, will be dedicated to the 85th birthday of Peter D. Lax, who is one of the most promi- nent mathematicians of the past hundred years. Peter Lax has...A special issue of Acta Mathematica Scientia, to be published in 2011, will be dedicated to the 85th birthday of Peter D. Lax, who is one of the most promi- nent mathematicians of the past hundred years. Peter Lax has made important and seminal contributions in many areas of pure and applied mathematics, including the theory of integrable systems and solitons, with applications to fluid dynamics and physics, scattering theory, and the theory of shock waves in hyperbolic conservation laws, with applications to gas, dynamics.展开更多
文摘A special issue of Acta Mathematica Scientia, to be published in 2011, will be dedicated to the 85th birthday of Peter D. Lax, who is one of the most prominent mathematicians of the past hundred years. Peter Lax has made important and seminal contributions in many areas the theory of integrable systems and of pure and applied mathematics, including solitons,
文摘A special issue of Acta Mathematica Scientia, to be published in 2011, will be dedicated to the 85th birthday of Peter D. Lax, who is one of the most promi- nent mathematicians of the past hundred years. Peter Lax has made important and seminal contributions in many areas of pure and applied mathematics, including the theory of integrable systems and solitons, with applications to fluid dynamics and physics, scattering theory, and the theory of shock waves in hyperbolic conservation laws, with applications to gas, dynamics.
