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MM  留言于2015-09-24 00:15:06 |
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评论：中国所有的婚恋网：“实名制”下暗藏多少谎言 |
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THE TRUTH: I am married – What should I know about it?
Marriage is a holy institution in which both the parties become fully united, both spiritually and physically to live a life to resemble the life of the angels in heaven – a life full of joy and spiritual delight, a life of unity and concord, a friendship both mental and physical.
Marriage is primarily a social and a moral act which transcends the immediate personal needs and interests of both parties. The purpose of marriage is the procreation of children; for the perpetuation of the human race; to ensure the children when grown up, will be able to know God and to recognize and observe His commandments and laws as revealed through His Messengers.
In marriage both the woman and the man must become fully united both spiritually and physically, so that they may attain eternal union throughout all spiritual worlds while improving the spiritual life of each other. They must live in the closest companionship; to be even as a single soul in two bodies and concerned about the welfare of each other. If they life a live in this manner they will pass through this world with perfect contentment, bliss, peace of heart, and become the object of divine grace and favor in the Kingdom of heaven!
Marital life is encouraged for every human being as a natural and normal way of existence by every sane, healthy and socially conscious and a responsible person. Marriage is considered a fortress of well-being and salvation as recorded in all Holy Books and is conditioned upon both parties having attained the lawful age of maturity.
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dz 留言于2015-09-23 00:48:22 |
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评论：UPDATE - From The Chinese American Professors and Professionals Network（2015 No.30） |
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光子密度递减定律
只要承认光子是物质的，就要承认光子扩散和转化成其他物质存在形态的可能，所以存在光子密度递减定律。激光是集中度最好的光源，光子密度也会伴随距离递减，因为光子会发生散射和折射。也许有人会以真空环境说事，须知太空都不是真空的，有宇宙射线存在，而宇宙射线是氢、氦射线，运动速度远不及光速，虽然有光子穿越的可能，必定还有散射、折射的可能，影响光子密度。
光子运动还受热力学定律支配，因为光子密度决定环境温度，光子密度存在平均趋势。光子还会裂变为正负电荷，聚变为化学元素。强对流天气为什么会产生冰雹？因为正负电荷的对偶聚集会形成电场，导致部分光子裂变为正负电荷，局部环境温度急剧下降，虽然盛夏也会产生冰雹。而光合作用和高密度光子都可能使光子转化为化学元素。所以，尽管太空中的恒星在不停的释放光子，不见太空环境升温。阳光虽然天天普照，地表温度基本稳定。
太空环境中的能见度就是我们夜晚的能见度，甚至不及地表夜晚的能见度，因为地表光子密度任何时候都高于远离恒星的一般太空光子密度。受源源不断宇宙射线的影响，地球热层不断产生光子、大气成分的同时，还产生水分子等地表物质成分，地球却没有被海洋淹没，因为任何物质形态都可能相互转化，水分子也不例外，何况光子？ |
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China Institute 留言于2015-09-23 00:35:43 |
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评论：UPDATE - From The Chinese American Professors and Professionals Network（2015 No.30） |
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Join us as we celebrate the publication of Chen Shih-hsiang and Harold Acton''''s lively translation of K''''ung Shang-jen''''s The Peach Blossom Fan.
In his first lecture at China Institute''''s new downtown home, Senior Lecturer Ben Wang will speak about this masterpiece of Chinese literature, a vast dramatic composition that combines the range and depth of
a great novel with the swift intensity of film.
Thursday, September 24, 6:30 - 8:00 PM
Members $10 | Non-Members $15
Learn More Register Now
Location: 100 Washington Street, New York, NY 10006
Contact: 212-744-8181, ext. 138 |
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Lan 留言于2015-09-23 00:22:09 |
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评论：UPDATE - From The Chinese American Professors and Professionals Network（2015 No.30） |
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他改变了我的一生，但他却不知道…
古人有，每逢佳节倍思亲，而我在每年教师节这一天，尤其怀念我的数学启蒙恩师余先生。异国他乡几十载，恩师点滴教诲，师堂风采，依然萦绕耳目。
我于上海永三小学渡过了我的小学生涯。许多年过去了，我依旧记得五年级时，余先生作为一名“臭老九”被下放到永三小学。因为身份所迫，余先生不能教普通班，只能担任数学提高班的老师。半年下来，余先生启发了我对数学极大的兴趣。余先生是如何做到这一点呢？他用简洁快进式教学，使中学数学看起来了然容易！自那时起到后来整个中学时代，我的数学一直名列前茅，取得过校、区、市、全国及美国数学竞赛一等奖。而后顺利考取北大数学系，并最终在加州大学洛杉矶分校获得了数学博士学位。职业生涯多年后，起因于辅导儿子及其同学参加美国的数学竞赛，在这过程中发掘了自己对教育的那种热爱，并最终投身教育事业，成为网上实时互动教育的开拓者之一，这一切既是偶然亦是缘定。
桃李不言而成蹊，那年小学毕业后，我便与余先生失去了联系。岁月辗转，36年后我终于经过多方努力获知余先生考上了复旦大学中国语言学系，后来成为一名知名教授，在语言学领域中享有盛誉。然而不幸的是，那时余先生已故去三年。
今年八月，我在上海终于有幸见到了余先生的夫人张师母，并联系上了他们的儿子。在与师母回顾余先生的生活点滴中，更觉人生如白驹过隙。余先生一生颇为坎坷，但却才华横溢，精通文理，教书有道，育人有方。
他改变了我的一生，但我却最终未能得以报答，只能将他对我的影响铭记于心。现在每年夏天我都会重执教鞭，按照余先生的教学方式，激发孩子们对学习的兴趣和对知识的渴望。我相信这是对恩师最好的纪念。
教育是一种传承，教育也是我今后人生奋斗的事业。
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