Physics

Physics :

Physics is the most fundamental of the experimental sciences, as it seeks to 

explain the universe itself from the very smallest particles to the vast distances 

between galaxies. Alongside the growth in our understanding of the natural 

world, perhaps the more obvious and relevant result of Physics to most of our 

students is our ability to change the world. This is the technological side of 

Physics, in which physical principles have been applied to construct and alter 

the material world to suit our needs, and have had a profound influence on the 

daily lives of all human beings. 

物理是实验科学中最基础的学科,它带我们从微观到宏观的认识世界。对自

然世界加深理解的同时, 更重要的是培养学生改变世界的能力。 在科技物理方面,

物理学原理可应用于构建和改变物质世界来满足人类的需求, 对人类的日常生活

有着深远影响。 

 

The IBDP Physics course includes the essential principles of the subject but 

also, through selection of an option, allows teachers some flexibility to tailor 

the course to meet the needs of their students. The course is available at both 

SL and HL, and therefore accommodates students who wish to study Physics 

as their major subject in higher education and those who do not. 

IBDP 的物理课程包含了基本的物理学原理,但选修章节又为学生的不同需

求提供了选择空间。同时课程包含标准水平和高级水平,分别适用于大学选择物

理专业和非物理专业的学生。 

 

Syllabus Outline 课程架构 

The curriculum consists of the following core components 

教学大纲包含以下核心主题: 

1.Measurements and uncertainties测量与误差 

2.Mechanics力学 

3.Thermal physics热物理 

4.Waves波 

5.Electricity and magnetism 电和磁 

6.Circular motion and gravitation 圆周运动和引力

7.Atomic, nuclear and particle physics 原子,核物理和粒子物理 

8.Energy production 能源生产 

 

Additional higher level (AHL) 高级主题 

9.Wave phenomena 波现象 

10.Fields场 

11.Electromagnetic induction 电磁感应 

12.Quantum and nuclear physics 量子与核物理 

 

Options 选修主题 

A. Relativity 相对论 

B. Engineering physics工程物理 

C. Imaging成像 

D. Astrophysics天体物理