经典美文欣赏:读书的重要性

时间: 2020-09-02 01:15:21 分类: 美文赏析

经典美文欣赏:读书的重要性

经典美文欣赏:读书的重要性

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经典美文欣赏:读书的重要性

作者:熊仔实力网络

发表时间:18-04-2720:04

浅谈读书的重要性

文/李君正

古人曰:“书中自有颜如玉,书中自有黄金屋”读书明智,明理,明德!

任何人都需要一个安静的环境锻造自己,或读万卷书,或行万里路,亦或是阅人无数,凡是接受了新知后,我们都需要一个安静的时空吸收,消化它,我觉得人只有在深夜时,才会思考,才会安静!夜晚当人们都睡着的时候拿起枕边的书籍翻阅,这时候的夜很静谧,窗外的星辰柔柔的伴随虫鸣声,声声入耳…此时!最适合读书!人们在白天的忙碌中收获的果实需要一个吸收转化的过程,厚积薄发后一鸣惊人。我就是在深夜里将白昼拾取的东西放在夜晚消化的。

久而久之,太多人习惯了熬夜,美其名曰的被称呼为——夜猫党,一个人安静下来可以做很多很多的事情,你可以把杂乱的心绪整理一遍,也能将行程安排妥帖,一个人的原则和脾性是一点一滴积累起来,然后沉淀的。每个新生的灵魂都要经历自然的规则,白天忙碌,夜晚睡眠,而我近乎于随心所欲的安排自己的时间,我可以熬夜作文阅读,也可以静静发呆!一个人的时候是最真诚的时刻,你能安静的审视自己,也可以与经典为伴,与圣人为伍,择其善者而从之,其不善者而改之,在理论和实践,书本和经历的结合中,寻找属于自己的经典,这是一件很有意义的事情,你信你去试试!

第一次参加校易班的投稿,是抱着玩玩的态度去的,起初我把之前写的文字,整理一番,再以投稿的形式参与易班的原创文推选,只是随手这么一投,只因我有兴趣,有读书写作的兴趣,为了写作不断看书,心是安静的,是收获的,把自己的阅历以文字的方式分享给他人。一件事在我没底气的时候,朋友们就说:“怕啥呢?你可以的!对!你可以这么去干,我们都支持你,”于是我采纳了这样的意见,再遇到困难的时候努力想办法解决,并不是刻意逃避问题!我的改变除了来自于书本的,就是来自于环境的、身边朋友的,在我努力变得优秀后,我学会了感恩,在这里!我对支持自己的良师益友由衷的道声感谢!我立志做一个真正的读者,用大脑酝酿经典,用眼睛打开心,努力,再努力!把自己吸收的优秀的东西,有借鉴意义的东西以文字的形式分享给大家,文者树文阅己悦人,不断的从书本中汲取营养,再把囊括的精华贡献给读者!是读书最有意义的收获!

我从不会把想做的事带着目的性质去做,比如看书!看书要用一颗虔诚的心去品味字句的构思,作者的心境,所处的环境,书读百遍,其义自见!这过程是曼妙的,意趣十足的,我很享受努力的过程,缘因我在给自己的享受只是过程,而不是结果,结果只是给他人欣赏,侃谈的!过程的美是最耐人寻味的佳肴,是的!对于一个艺体学子来说,我也很少将写作当成专业,术业有专攻嘛!相对而言呢?我也没有太多时间的投入研究,抽空时候才能接触经典,品味经典!毕竟一个艺术生能具有的也只是简单对文字突奇的敏感度,相比之下,文字在主攻的专业面前也只是排于次要的兴趣,然而接触到经典文字时,常会使人内心得到宁静,静则思,每个善于思考的脑袋也总是时常感到空洞,这时你是进步了的,想想脑子里的东西用的次数多了,是不是也就该创新了,创新和获取新知识的途径有很多种,其中!收获最多的就是从书本而来的东西,实际没那么多东西能够满足你对知识的渴求度… 当然!单一的获取也不能把这个黑洞填补起来!要看书,也要接触更多实际用到的东西,不断的接收新的东西,你才能塑造更加健全的体魄,一颗有意思的灵魂是与人交流,相处必要的前提!我这样说吧:你所在的圈子能吸引你的东西时间也是短暂的,当你发现周边的人说十句话就重复一句的时候,你应该反思,是不是应该给自己的大脑充充电呢!我想你应该这样做,并且要坚持去执行开始的意志。

读书!是自己积累财富的开始,一个自身健康的躯体需要一个有趣的灵魂支撑,如何把一个普通的灵魂塑造成有趣的灵魂呢!这是我从看书悟到的,要正确接受积极向上的,健康的文化,取长补短,持之以恒的历练自己,书籍是人类进步的阶梯,说的真好!博尔赫斯说:“如果有天堂,天堂便是图书馆的模样”!是的书籍是天堂,是现代人与经典,与圣贤交流的桥梁,是开拓眼界的首要之选,许多人认为我有手机,里面要啥有啥,我可以阅读我可以欣赏视觉的美妙,是吗?我个人而言,抱着手机出了翻翻动态,看看朋友圈,点无数个赞之外,并没有做多少实际有意义的事!一部手机确实能够让人们做到“秀才不出门,尽知天下事”但通常的行为是出了双击评论之外,我们也没有学到太多自身以外的东西,故而!我觉得纸质的读书比电子版的阅读更有效,手里扣一本书比带部手机更踏实!读书…何为读书?

读书是为了更好的明事理,更好的为人、处事,以及提升自身的修为,从思想素养提高自己的灵魂,成为身体健康,思想有趣的人,这样才符合时代的潮流。

读书,是一个民族,一个国家,通往富强,通往幸福的智慧通道!毛泽东同志说:“三天不努力,赶不上刘少奇”,同理可证!你不努力就会退步,最快提升自己的方式是阅读,阅读是经典的智慧产物赋予你的绿色通道,书籍是人类生生不息的精神粮食,是通向智慧的基石。

编辑:安然

作者:李君正

审核:李君正

李君正:原名李孝彦,籍贯:贵州威宁

中国青年新秀作家,喜爱文字创作诗歌散文散落各种平台,热爱生活,出身布衣,对文学热情高涨,喜书法,绘画,健身等。

座右铭:如花的生活要用积极的心态去绘制,每个人都将不平凡

注:原创作品,转载请注明出处!不得商用,欢迎广大诗友来稿!

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书读百遍其义自现?-SAT自然科学类文章的五大结构让你少读99遍

作者:SAT集训营

发表时间:18-03-1619:58

一说到自然科学,很多人会想到一类学科,一个群科学家,或者一个电视节目……但在出国留学考试圈儿,跟一个老师或者学生提到自然科学,大家会像做填空题一样,直接接上“类文章”——是的,自然科学是一类文章,它更多是出现在阅读考试当中。今天打算开门见山,说说阅读学科中的自然科学类文章。

大家熟悉名字,未必熟悉内核。学生如此,一些老师也如此。比如,这么一段对话:

同学们,其实这些对话都没有结束,自然科学它是一个话题类别,再细分还会有具体的学科,什么天文地质啊,物理化学啊等等,但是知道这些学科和分类并不能最好地指导你的阅读考试。阅读考试可不是茶余饭后读读咪蒙那么简单,而是要求短时高效找到准确的信息点,并做以恰当的理解转化。在这个背景下,训练的时候把文章的话题内容(如花岗岩的分类和特质)解读得再仔细,再具体,我们能做的,也只有期待下一次考试还是会出非常类似内容,如果换成别的内容,之前的解读就基本用不到了。

那怎么办,不学了么?当然要学。就像写作有格式,听力有套路,其实啊,阅读也是有固定模式的……在SAT阅读当中,最有套路模式的就是自然科学类的文章。我们要帮助大家实现的,就是学会辨认自然科学类文章的脉络走向,组织框架,而对于文章内容,我们就可以不挑了。

基本上,自然科学类文章在SAT中的结构走向可以分为这么5种——

1. 开门见山类

2. 理论假设类

3. 先立后破类

4. 先破后立类

5. 信息介绍

咱们今天先说开门见山类

我们对照一篇的真题文章看一下(本文属于开门见山类中最复杂的模式):

When exoplanet hunters announced in January of 2014 that they had found a tribe of “mini-Neptunes” and the lightest planet ever detected outside our solar system, they highlighted more than just the diversity of exoplanets. The results, announced at a meeting of the American Astronomical Society, also show the power of an up-and-coming method of calculating the masses of alien worlds from the way they eclipse their stars.The new technique, called transit timing variation (TTV), is enabling astronomers to fill out their picture of dozens of exoplanets detected by NASA’s Kepler spacecraft. The eclipses, or “transits,” that Kepler detected reveal only a planet’s size and orbital period. To know whether it is rocky, gaseous, or some mixture of the two, astronomers also need its mass. Traditionally, they have resorted to ground-based telescopes to determine it, by measuring the wobble of the star as the planet tugs on it. But TTY can determine masses from transit data alone.The technique was the brainchild of Matthew Holman, an astrophysicist at Harvard University, and others. If two or more planets happened to be orbiting a star in close proximity, they reasoned, their gravitational tugs on each other would alter their orbital periods. If one of them was a transiting planet— dimming the light of its parent star as it passed between the star and Earth—astronomers would see its transit timing vary over multiple orbits, betraying the presence of a companion planet. If both planets were transiting, astronomers could measure the perturbations in both their orbits and work out the planets' masses.Holman and a colleague published the idea in 2005, and Eric Agol of the University of Washington, Seattle, and colleagues put forward a similar scheme almost simultaneously. For years afterward, however, astronomers failed to detect transit timing variations because almost all known exoplanets were gas giants spinning around their stars in tight orbits. Theorists think such planets formed farther from the star and later barreled inward, clearing away any potential wobble-inducing companions.The technique became practical thanks to the Kepler spacecraft, which until 2013 was monitoring the brightness of 160,000 nearby stars for the telltale dimming due to transiting planets. Kepler began delivering data on dozens of planetary systems, many of them consisting of multiple planets. In 2010, astronomers began making TTV detections. Their expertise has been growing ever since.David Kipping, an astronomer at the Harvard-Smithsonian Center for Astrophysics in Cambridge, Massachusetts, and his colleagues came across KOI-314c while combing Kepler data for TTV signatures due to exomoons, which should cause transiting exoplanets to wobble and change their transit timing. But the transits seen around the star KOI-314, a red dwarf some 200 light-years from Earth, pointed instead to the presence of two planets. Their transit times were varying in lockstep: when one planet slowed down in its orbit around the star, the other would speed up, and vice versa. “We saw the same TTV signature, just in opposite phase to each other,” Kipping says. “It was obvious that these two planets must be interacting."By simulating the dance on a computer, the researchers worked out the masses of the two planets. They found that the outer, KOI-314c, which orbits the star every 23 days, has the same mass as Earth, although it is about 60% larger than Earth in radius. Kipping and his colleagues infer that the planet—the lightest exoplanet so far discovered—has a rocky core and a thick, gaseous atmosphere. The inner planet, KOI-314c, is similar in size but about four times as massive.Meanwhile, researchers led by Yoram Lithwick, an astronomer at Northwestern University in Evanston, Illinois, were looking at the TTV signatures of 163 exoplanets found by Kepler. The team determined that about 60 of them occupy a mass range between Earth and Neptune and are larger than expected for a rocky planet of that mass, suggesting they are blanketed by thick, extended atmospheres. They also found a pattern: as the planets grew bigger in radius, their density declined. “If you make something twice as big, it becomes four times less dense,” Lithwick says. “So from going from a less than two Earth radii to four Earth radii, the density goes from rock-like all the way to gas.” Lithwick predicts the surprising finding “will have big implications for understanding planet formation.”

这样的文章还有好多,大家如果找到了符合这个框架的文章,可以在后台留言确认,答对有奖啊~~

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【温馨提示】:早睡早起,按时吃饭,多运动,每天开心学习和工作,做个健康的正能量人士。

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