假设您是科学界的一部分，并认为可能普通人对科学的兴趣不如应有的。你能做什么？有计划吗？制作Facebook页面并尝试促进对科学的兴趣？IBM的科学家们想到了一个更好的计划。让我们进入吉尼斯世界纪录。那是基本思想；引起群众的注意，以促进科学家一直在努力的事情。因此，经过几天的不懈工作，他们在世界上最小的停止运动胶片中铸造了一批优雅的碳原子。是的，您读到，好的，IBM的研究人员设法制作了一部带有碳原子的电影。 ‘A boy and his atom’. To make this record and achieve this seemingly impossible task, scientists made use of a Scanning Tunneling Microscope- a proud invention of IBM from three decades ago which is a Nobel Prize winner that made scientists able to ‘see’ single atoms. A research scientist at IBM, Christopher Lutz said the following about this astonishing machine; ‘It weighs two tons, operates at a temperature of negative 268 degrees Celsius [minus 450 degrees Fahrenheit] and magnifies the atomic surface over 100 million times.’ Time for the million dollar question; how did the scientists made this film? Put your science cap on folks! To make this film the team used the famous microscope to drag a sharp needle along a copper surface. The needle was kept a nanometer away from the surface and it was able to pull the atoms into place so that the scientists were able to take still snaps for each movie frame. The film, smallest one, is about a boy who is playing with a single atom, jumping and dancing on a trampoline. The Guinness World Records has certified the movie as the world’s smallest stop-motion movie. Movie makers have claimed that there is much more to their film than meets the eye.
同一支团队仅使用十二个原子来提出最小的磁钻头。原子被认为是用于存储数据的最小原材料。根据IBM的说法，使用这种新的12个原子技术的指甲大小将能够存储到现在为止的所有电影。爱游戏ayx体育IBM研究员Andreas Heinrich说；‘随着数据创建和消费的继续越来越大，数据存储需要越来越小，一直到原子水平。我们正在应用与新的计算体系结构和替代方法来存储数据以制作这部电影的相同技术。’
IBM的研究科学家说：“如果我们拍电影，我们可以吸引更多的受众。我们的兴趣是让人们对科学感兴趣……我们只需要找到一种方法来与人们谈论为什么我们做事以及我们做什么。’我们今天所目睹的事情可能只是将来的普遍事物。在较小的空间中可以容纳更多的未来。观看下面的视频，并给我们您的评论！
