📚 2026 Cambridge IGCSE Physics Exam Changes and Trends | 2026年剑桥IGCSE物理考试变化与趋势
The 2026 exam series marks a major milestone for Cambridge IGCSE Physics (0625). A revised syllabus comes into effect, and the first assessment will take place in May/June 2026. For Year 10 students who are about to begin their IGCSE journey, understanding the new structure, content and skills emphasis is essential. This article breaks down the most important changes and trends, helping you to adjust your learning strategy and revision plan from the very start.
2026年的考试对剑桥IGCSE物理（0625）而言是一个重要的里程碑。新版教学大纲正式实施，首次评核将在2026年5/6月进行。对于即将开启IGCSE旅程的Year 10学生来说，了解新的结构、内容和技能重心至关重要。本文将剖析最重要的变化与趋势，帮助你从一开始就调整学习策略和复习计划。
1. Overview of the 2026 Syllabus Update | 2026年教学大纲更新概览
The 2026 Cambridge IGCSE Physics (0625) examination series introduces a refreshed syllabus (2026–2028) that will be examined for the first time in May/June 2026. This update is the result of extensive research and feedback from teachers worldwide. The new syllabus aims to foster a deeper conceptual understanding, strengthen scientific inquiry skills, and better prepare students for A Level Physics and beyond. For current Year 10 students, who will likely sit their IGCSE Physics exam in 2026, it is crucial to understand what has changed and how to adapt their learning strategies.
2026年剑桥IGCSE物理（0625）考试系列将首次采用更新版大纲（2026–2028年），首次考试定于2026年5月/6月进行。此次更新基于全球教师的广泛反馈与研究。新大纲旨在深化概念理解，强化科学探究技能，并更好衔接A Level物理及后续学习。对于即将在2026年参加IGCSE物理考试的Year 10学生来说，了解变化并调整学习策略至关重要。
2. Revised Assessment Objectives | 修订后的评估目标
The weighting of assessment objectives (AOs) has been adjusted. AO1 Knowledge with understanding now accounts for 40% of the total marks (down from 50%), while AO2 Handling information and problem solving rises to 35% (previously 30%). AO3 Experimental skills and investigations remains at 25%, but the criteria now place greater emphasis on data analysis, graph interpretation, and evaluation of experimental procedures. This shift rewards students who can apply their knowledge rather than simply recall facts.
评估目标的权重有所调整。AO1（知识与理解）现占总分的40%（此前为50%），AO2（信息处理与问题解决）提升至35%（此前为30%）。AO3（实验技能与探究）保持25%，但评分标准更侧重数据分析、图表解读及对实验过程的评价。这一转变有利于能够灵活运用知识而非仅靠记忆的学生。
3. Greater Emphasis on Scientific Inquiry | 更注重科学探究
Scientific inquiry is now embedded across all papers, not just the practical test. In Papers 1–4, you will encounter questions that ask you to identify independent and dependent variables, suggest improvements to an experimental method, or calculate uncertainties. The syllabus explicitly expects students to understand the difference between accuracy and precision, and to evaluate the reliability of data. An example question might present a table of measurements and ask: 'Identify one source of random error and suggest how it could be reduced.'
科学探究现已融入所有试卷，而不仅仅是实验考试。在试卷1–4中，你会遇到询问自变量与因变量、建议改进实验方法或计算不确定度的题目。大纲明确要求学生理解准确度与精密度的区别，并评价数据的可靠性。例如，某题可能给出测量数据表，要求“指出一个随机误差来源并提出减小方法”。
4. Core and Supplement: Refined Content | 核心与拓展：内容精炼
The Core and Supplement content has been refined to reduce factual overload and introduce modern physics topics. For instance, the section on radioactivity now focuses on three types of emission, half-life, and safety, but no longer requires detailed knowledge of background radiation sources. A new topic, 'Space Physics', includes the life cycle of stars, redshift, and evidence for the Big Bang theory. In the Electricity and Magnetism topic, students will explore logic gates (AND, OR, NOT) and their truth tables in more depth. The Supplement track also now covers how transformers are used in the National Grid and touches on renewable energy integration.
核心与拓展内容经过精炼，减少了事实记忆负担，并引入了现代物理主题。例如，放射性的内容现在集中于三种辐射、半衰期及安全防护，不再要求详细掌握背景辐射源。新增的“空间物理”主题涵盖了恒星的生命周期、红移以及大爆炸理论的证据。在电磁学部分，学生将更深入地学习逻辑门（与、或、非）及其真值表。拓展路线还新增了变压器在电网中的应用，并涉及可再生能源并网。
5. Updated Topic Structure and Weighting | 更新的主题结构与权重
The topics are reorganised into seven main areas, with revised weightings for both Core and Extended tiers.
主题重新划分为七个主要领域，并调整了核心与拓展层级的权重。
| Topic Area (English) | 主题领域 (中文) | Core Weighting | Extended Weighting |
|---|---|---|---|
| General Physics | <
