Objectives of CP Course Goals o Understand various numerical methods in physics,such as trial-and-search method,approximation of a function, numerical calculus,numerical methods for matrices, ordinary differential equations,partial differential equations, spectral analysis,Monte carlo simulation. o Understand the mechanisms of convergence and stability of the numerical methods o Classify different sources of errors,and apply Taylor series. and other methods to evaluate errors in some specific cases o Understand the principles to minimize errors. ￥口，4元4元卡重)90 Weihua Gu (SJTU) Computational Physics An Introduction 14/09/20158120
Objectives of CP Course Goals Understand various numerical methods in physics, such as trial-and-search method, approximation of a function, numerical calculus, numerical methods for matrices, ordinary differential equations, partial differential equations, spectral analysis, Monte carlo simulation. Understand the mechanisms of convergence and stability of the numerical methods. Classify different sources of errors, and apply Taylor series, and other methods to evaluate errors in some specific cases. Understand the principles to minimize errors. Write a program independently to solve a physical problem, visualize and evaluate the results. Weihua Gu (SJTU) Computational Physics An Introduction 14/09/2015 8 / 20
Objectives of CP Course Goals o Understand various numerical methods in physics,such as trial-and-search method,approximation of a function, numerical calculus,numerical methods for matrices, ordinary differential equations,partial differential equations, spectral analysis,Monte carlo simulation. o Understand the mechanisms of convergence and stability of the numerical methods. Classify different sources of errors,and apply Taylor series. and other methods to evaluate errors in some specific cases Understand the principles to minimize errors. Write a program independently to solve a physical problem. visualize and evaluate the results ￥口，4元4元卡重)90 Weihua Gu (SJTU) Computational Physics An Introduction 14/09/20158120
Objectives of CP Course Goals Understand various numerical methods in physics, such as trial-and-search method, approximation of a function, numerical calculus, numerical methods for matrices, ordinary differential equations, partial differential equations, spectral analysis, Monte carlo simulation. Understand the mechanisms of convergence and stability of the numerical methods. Classify different sources of errors, and apply Taylor series, and other methods to evaluate errors in some specific cases. Understand the principles to minimize errors. Write a program independently to solve a physical problem, visualize and evaluate the results. Weihua Gu (SJTU) Computational Physics An Introduction 14/09/2015 8 / 20
Objectives of CP Course Goals o Understand various numerical methods in physics,such as trial-and-search method,approximation of a function, numerical calculus,numerical methods for matrices, ordinary differential equations,partial differential equations, spectral analysis,Monte carlo simulation. o Understand the mechanisms of convergence and stability of the numerical methods. o Classify different sources of errors,and apply Taylor series, and other methods to evaluate errors in some specific cases. oUnderstand the principles to minimize errors. o Write a program independently to solve a physical problem. visualize and evaluate the results ￥口，4元4元卡重)90 Weihua Gu (SJTU) Computational Physics An Introduction 14/09/20158120
Objectives of CP Course Goals Understand various numerical methods in physics, such as trial-and-search method, approximation of a function, numerical calculus, numerical methods for matrices, ordinary differential equations, partial differential equations, spectral analysis, Monte carlo simulation. Understand the mechanisms of convergence and stability of the numerical methods. Classify different sources of errors, and apply Taylor series, and other methods to evaluate errors in some specific cases. Understand the principles to minimize errors. Write a program independently to solve a physical problem, visualize and evaluate the results. Weihua Gu (SJTU) Computational Physics An Introduction 14/09/2015 8 / 20
Objectives of CP Course Goals o Understand various numerical methods in physics,such as trial-and-search method,approximation of a function, numerical calculus,numerical methods for matrices, ordinary differential equations,partial differential equations, spectral analysis,Monte carlo simulation. o Understand the mechanisms of convergence and stability of the numerical methods. o Classify different sources of errors,and apply Taylor series, and other methods to evaluate errors in some specific cases. o Understand the principles to minimize errors. Write a program independently to solve a physical problem, visualize and evaluate the results ￥口，4元4元卡重)90 Weihua Gu (SJTU) Computational Physics An Introduction 14/0920158120
Objectives of CP Course Goals Understand various numerical methods in physics, such as trial-and-search method, approximation of a function, numerical calculus, numerical methods for matrices, ordinary differential equations, partial differential equations, spectral analysis, Monte carlo simulation. Understand the mechanisms of convergence and stability of the numerical methods. Classify different sources of errors, and apply Taylor series, and other methods to evaluate errors in some specific cases. Understand the principles to minimize errors. Write a program independently to solve a physical problem, visualize and evaluate the results. Weihua Gu (SJTU) Computational Physics An Introduction 14/09/2015 8 / 20
Objectives of CP Course Goals o Understand various numerical methods in physics,such as trial-and-search method,approximation of a function, numerical calculus,numerical methods for matrices, ordinary differential equations,partial differential equations, spectral analysis,Monte carlo simulation. o Understand the mechanisms of convergence and stability of the numerical methods. o Classify different sources of errors,and apply Taylor series, and other methods to evaluate errors in some specific cases. o Understand the principles to minimize errors. o Write a program independently to solve a physical problem, visualize and evaluate the results. Weihua Gu (SJTU) Computational Physics An Introduction 14/0920158120
Objectives of CP Course Goals Understand various numerical methods in physics, such as trial-and-search method, approximation of a function, numerical calculus, numerical methods for matrices, ordinary differential equations, partial differential equations, spectral analysis, Monte carlo simulation. Understand the mechanisms of convergence and stability of the numerical methods. Classify different sources of errors, and apply Taylor series, and other methods to evaluate errors in some specific cases. Understand the principles to minimize errors. Write a program independently to solve a physical problem, visualize and evaluate the results. Weihua Gu (SJTU) Computational Physics An Introduction 14/09/2015 8 / 20