第一步

~~第一步@A.C.Swinburne $河北乐亭二中@和宝君~~     

Shi Yue： Dedicated to Chinese Traditional Music

＂In the early springime, burgeoning flowers look more beautiful in the caress of gentle breeze and against brightness of the pure moon. Ancient beauties, either slim or plump, look gloomier under shining stars... ＂ That is a line from the poem Shi Yue has written. She set the poem to music and named the composition ＂Charm of Strings＂. Shi Yue learned music composition as an optional course for one year when she studied in Central Conservatory of Music and got best performance in composition analysis and harmony. ＂I had highest examination scores in my class. They are quite helpful to my music creation later,＂ Shi said.     

运动与垂体前叶机能调控(综述)

内分泌学是研究细胞联络的科学,其领域是探求细胞之间或细胞自身影响的方式。细胞间联系必须有一种传递或信使分子,它由分泌细胞产生并通过体液输送至靶细胞,包括4种主要联络系统:神经、神经内分泌、内分泌和免疫系统。每个系统都能影响和控制另一系统的某些机能,反之,又接受被它所影响系统的调节和指令,因此,它们是高度综合和互相关联的,也反映其进化源十分接近。经典的血液     

Introducing computer literacy skills for physicians

Computers are integral to medical practice, education, and research. While medical students learn computer skills during their training, many practicing physicians do not have the same computer experience. To familiarize this group with the exciting developments in medical informatics, the Himmelfarb Health Sciences Library and Department of Computer Medicine at the George Washington University Medical Center organized a workshop "Introducing Your Office Computer!" for attending physicians. The workshop featured a short lecture/video presentation on computer applications in medicine followed by a "computer fair" of five computer applications. Eleven physicians attended the workshop. Feedback was very positive; many called later to request more detailed instructions on using the programs demonstrated. It was a valuable experience for the staff, and new bridges were built between departments and clients.     

多元媒体融合促进中小学自然科学学习的研究

多元媒体融合在教育教学领域中的应用,为中小学自然科学学习方式革新带来机遇。新媒体技术的出现,突破了资源屏障和时空界限,有利于促进中小学生学习朝着个性化、自主化的方向发展。以媒体融合为背景,结合中小学自然科学课程的知识结构和特点,探研媒体技术在中小学自然科学学习中的有效应用价值,并分析其在现代教育领域中的主要呈现方式和具体运用策略。     

量子科技介入体育应用的潜在场景与创新策略

量子科技作为一项颠覆性创新技术,在确保信息安全、提高运算能力、提升测量精度方面具备先发优势。量子科技包含量子通信技术、量子计算技术、量子精密测量与量子管理思维,其在引领全民健身发展、赋能竞技体育革新、驱动体育产业升级、促进体育文化传播的多元场景下都具有较大的应用潜力。利用技术—组织—环境 (TOE)框架分析认为,影响量子科技介入体育应用的关键因素包括量子信息技术发展水平与兼容度、体育科技资源配置与组织创新接受度、体育消费环境与宏观政策支持精准度。鉴于此,认为应该推进量子科技研发转化,明确体育应用突破方向;加强量子信息体系建设,弥补数字体育治理短板;深化量子科技植入场景,促进体育生产要素升级,实现 “量子+ 体育”的创新。