醉爱风飞 醉爱风飞
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倚天屠龙记要拍穿越版了 穿越剧现在大红大紫,不管是多么狗血的影视作品,只要带上穿越元素一准有收视率。《宫》和《龙珠》等就是穿越剧的代表性作品,不过最近传闻金庸经典武侠小说作品《倚天屠龙记》穿越版也将开拍,此消息让众多金庸迷议论纷纷。 近年来,影视作品翻拍已经是司空见惯的事情,四大名著在近年都进行了二次翻拍,一些流行的文学作品改编的影视作品更是拍出多个版本,但是此次《倚天》翻拍的传闻还是让人唏嘘。 作为金庸被翻拍次数最多的小说作品,该剧近十年就有三个版本问世,这三个版本里除吴启华版本收视率低,03年的苏有朋版本和09年张纪中版都有较高收视 率,将这样一个有无数版本的影视作品搬上银幕,而且要大动手术,改成时下流行的穿越剧,让一直以来关注电视剧动态的广大金迷颇感意外。 此次《倚天》播 拍的重点在于穿越,金庸作品本身已经极具想象力,若加上穿越的元素,那又会是什么效果?作为剧中的主角谁会成为穿越而去的那一个呢?张无忌?赵敏?还是周 芷若和小昭?从投资角度来看,翻拍已经成型的影视作品,特别是剧本(原著)好的作品,的确能节省很多创意,能为主创节省不少时间。而最新穿越版的《倚天》是由完美世界投资,赵宝刚执导,此次合作能否碰撞出新鲜火花,尚需拭目以待。
光速被打破了? http://tieba.baidu.com/mo/q/checkurl?url=http%3A%2F%2Fwww.telegraph.co.uk%2Fscien&urlrefer=7b643c8a24d3d06cb4f489e93f210d59 ... -by-scientists.html 'We have broken speed of light' 22 Sep 2011 Antonio Ereditato, spokesman for the researchers, said: "We have high confidence in our results. We have checked and rechecked for anything that could have distorted our measurements but we found nothing. "We now want colleagues to check them independently." A total of 15,000 beams of neutrinos were fired over a period of 3 years from CERN towards Gran Sassoin Italy, 730km (500 miles) away, where they were picked up by giant detectors. Light would have covered the distance in around 2.4 thousandths of a second, but the neutrinos took 60 nanoseconds – or 60 billionths of a second –less than light beams would have taken. Scientists agree if the results are confirmed, that it would force a fundamental rethink of the laws of physics. John Ellis, a theoretical physicist at the European Organization for Nuclear Research who was not involved in the experiment, said Einstein's theory underlies "pretty much everything in modern physics". The theory, which helps explain everything from black holes to the Big Bang, "has worked perfectly up to now", he said. According to the law that energy is equal to mass multiplied by the speed of light squared, or E=mc2, firing an object faster than light would require an infinite amount of energy. Proof that something had travelled faster would pose major questions about our understanding of the laws of nature because, for example, something that travels faster than light would in theory arrive before it left.
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