Sir Andre Geim, who won the 2010 Nobel Prize in physics, listed h.
安德烈·海姆爵士于2010年获得了诺贝尔物理学奖，他曾把他的仓鼠h。
In previous research, Geim created a super-sticky tape inspired by geckos' feet.
盖姆在他之前受到壁虎的脚的启发，研制出了一种超粘的录音带。
This year, Andre Geim and Konstantin Novoselov have managed to buck the waiting trend.
今年，安德烈•海姆和康斯坦丁•诺沃肖洛夫成功地摆脱了这种等待的趋势。
Geim said he had not expected the prize and would try not to let the news change his routine.
盖姆说他并没有期待获奖，而且他也不会让这个消息影响他的计划。
His partner Geim is the first person to ever win both a Nobel and an Ig Nobel - a parody award for amusing research.
他的搭档海姆是史上同时荣膺诺贝尔奖和搞笑诺贝尔奖(模仿诺贝尔奖而为搞笑性质的研究所设立)的第一人。
"You must have all gone mad over there if you think that for a sack of gold you can invite anyone," Andre Geim replied.
“你要是觉得，用一袋金子就能请到任何人，你一定是疯了，”安德烈·海姆回答说。
Both born in Russia, Geim, 52, and Novoselov, just 36, showed that graphene has unusual properties related to quantum effects.
两位获奖者都出生于俄罗斯，格姆52岁，而诺沃塞洛夫才36岁，他们展示了石墨烯具有与量子效应关联的特殊性质。
Geim encouraged creative experiments at the laboratory, Novoselov said. "We'd just try crazy things and sometimes they worked and sometimes not."
盖姆会在实验室努力尝试各种实验，诺伏西罗夫还说：“我们会做一些疯狂的事，有时候成功有时候失败。”
In 2004, Andre Geim at the University of Manchester made a pencil scrawl on a sheet of paper, then used a length of Sellotape to pull off the graphite deposits.
2004年，曼彻斯特大学，科学界安德烈·海姆先用铅笔在一页纸上乱涂，然后使用透明胶带剥离出表面的石墨烯涂层。
Meanwhile, Improbable Research of Cambridge, Massachusetts, which awards the Ig Nobel prizes, notes that Geim is the first individual to win both a Nobel and Ig Nobel prize.
并且，授予搞笑诺贝尔奖的美国马萨诸塞州剑桥也证实，杰姆是第一个诺贝尔奖和搞笑诺贝尔奖都获得的人。
But that wasn't known until 2004, when Geim and Novoselov, both of of the University of Manchester, UK, first used sticky tape to pull tiny sheets of carbon off a piece of graphite.
但是这项发现直到2004年，英国曼彻斯特大学的杰姆和诺沃塞洛夫首次用胶带从一片石墨里拉出了极小碳原子片才得以证实。
Professor Geim and his team have also found that graphene exhibits another remarkable quality, in that within it electrons can travel without any scattering over submicron distances.
它还具有另一种显著的特性，也因此，它里面的电子可以不通过散射而进行亚微细距离移动。
Professor Geim and his team have also found that graphene exhibits another remarkable quality, in that within it electrons can travel without any scattering over submicron distances.
它还具有另一种显著的特性，也因此，它里面的电子可以不通过散射而进行亚微细距离移动。
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