物理核心素养评价与学业质量检测的研究

物理是初中阶段的重要课程,也是学生对世界进行基本科学认知的引导课程.在学生系统学习了近两年的物理后,学校和教师应对学生进行物理核心素养评价和学业质量检测.在物理核心素质评价与学业质量检测中,只有从物理观念、科学探究、科学思维、科学态度与责任入手,才能让评价与检测全面、丰富和多元.     

The chaotic late Qing and early Republican periods

This article excavates some of the core intellectual elements underlying the Xinhai Revolution of 1911 and their historical genealogies. Rather than focusing on the modern nature of the revolution, Mizoguchi locates the revolution within the context of traditional Chinese culture and thought. A central focus of the article is the notion of “self-governance” (zizhi), which played a central role in determining the shape the revolution was to ultimately take. It analyzes the social thought of key figures of the Qing period, showing how in modified guise, core Confucian ethical concepts such as the dichotomy between the private (si) and public (gong) as well as utopian concepts such as datong (great harmony) determined the deep structure of revolutionary thought at the end of the Qing and into the Republican and Communist periods.     

浅谈信息技术在物理教学中的应用

信息技术的广泛应用对物理教学产生了较大的影响,但现实中仍存在着观念滞后、能力不足、资源缺乏的问题。为此,应加强对传统教学模式加信息技术的新型教学模式的研究,大力开发多媒体教材,共建教育资源库和不断增强教学的趣味性。     

New physics searches at the BESIII experiment

The standard model (SM) of particle physics, comprised of the unified electroweak and quantum chromodynamic theories, accurately explains almost all experimental results related to the micro-world, and has made a number of predictions for previously unseen particles, most notably the Higgs scalar boson, that were subsequently discovered. As a result, the SM is currently universally accepted as the theory of the fundamental particles and their interactions. However, in spite of its numerous successes, the SM has a number of apparent shortcomings, including: many free parameters that must be supplied by experimental measurements; no mechanism to produce the dominance of matter over antimatter in the universe; and no explanations for gravity, the dark matter in the universe, neutrino masses, the number of particle generations, etc. Because of these shortcomings, there is considerable incentive to search for evidence for new, non-SM physics phenomena that might provide important clues about what a new, beyond the SM theory (BSM) might look like. Although the center-of-mass energies that BESIII can access are far below the energy frontier, searches for new, BSM physics are an important component of its research program. This report reviews some of the highlights from BESIII’s searches for signs of new, BSM physics by: measuring rates for processes that the SM predicts to be forbidden or very rare; searching for non-SM particles such as dark photons; performing precision tests of SM predictions; and looking for violations of the discrete symmetries C and CP in processes for which the SM expectations are immeasurably small.     

地方农林院校物理实验教学示范中心建设实践

从转变实验教学观念、建立科学实验教学体系、规范实验室管理、改善实验环境等方面介绍了浙江农林大学省级物理实验教学示范中心建设的实践.实验教学示范中心的建设过程贯穿“高等教育生态化”理念,构建并实施了以“三层四模”为核心、“两个平台”为栽体的生态化实验教学新体系;建设了由网络教学资源平台和网络管理服务平台组成的物理实验网络信息教学平台;创建了实验中心内部环境以及内外部环境关系生态化的实验教学环境.初步实践表明,示范中心的建设提高了实验教学效益,“拉动”了实验教学水平的提高,实现了教与学的双赢.     

浅谈如何在大学物理课堂教学中发挥好演示实验的作用

物理随堂演示实验是连接大学物理理论教学与实验教学的桥梁,是物理教学活动中的重要环节。课堂教学实践表明,课堂演示实验不仅可激发学生的学习兴趣,帮助学生建立物理概念、理解物理规律,还可培养学生深刻的洞察力和开放的思维能力,使其掌握物理重大发现背后的思想与方法。     

民族分裂主义是当今世界的一大公害

由于民族分裂主义影响世界的和平与稳定,威胁着人民生命财产的安全,阻碍了社会经济发展,我们认为,民族分裂主义已成为当今世界的一大公害。     

跆拳道运动对大学生的影响

跆拳道运动进入高校体育课堂,是对体育课程教学内容有益的补充。文章考察了习练跆拳道对普通大学生在心理、体质等方面的影响,研究结果显示:跆拳道运动对大学生的影响是积极的。     

大学物理教学过程中几个问题的思考

在大学物理课教学过程中,“物理思维”、“思想政治工作”对大学生学习大学物理课的兴趣起着不可磨灭的贡献,通过四种途径可以提高大学物理课程的教学质量,从而提高学生自身素质。这四种途径分别是：（1）激发学生学习物理学的兴趣;（2）提高教师队伍的专业素质;（3）根据物理课的特点及学生特点因材施教：（4）发挥思想工作的重要作用。     

加快培养高技能人才推动新疆经济发展

通过对高等职业教育的发展进行探讨,作者认为必须从实施人才强国战略的高度,进一步认识面临的形势与任务,加快培养高素质、高技能的人才。