{"id":49318,"date":"2013-05-16T09:19:58","date_gmt":"2013-05-16T13:19:58","guid":{"rendered":"https:\/\/www.ucf.edu\/news\/?p=49318"},"modified":"2019-07-08T15:54:29","modified_gmt":"2019-07-08T19:54:29","slug":"scientists-capture-first-direct-proof-of-hofstadter-butterfly-effect","status":"publish","type":"post","link":"https:\/\/www.ucf.edu\/news\/scientists-capture-first-direct-proof-of-hofstadter-butterfly-effect\/","title":{"rendered":"Scientists Capture First Direct Proof of Hofstadter Butterfly Effect"},"content":{"rendered":"

A team of researchers from several universities \u2013 including UCF \u2013has observed a rare quantum physics effect that produces a repeating butterfly-shaped energy spectrum in a magnetic field, confirming the longstanding prediction of the quantum fractal energy structure called Hofstadter\u2019s butterfly.<\/p>\n

This discovery by the team paves the way for engineering new types of extraordinary nanoscale materials that can be used to develop smaller, lighter and faster electronics, including sensors, cell phones, tablets and laptops.<\/p>\n

First predicted by American physicist Douglas Hofstadter in 1976, the butterfly pattern emerges when electrons are confined to a two-dimensional plane and subjected to both a periodic potential energy and a strong magnetic field. The Hofstadter butterfly is a fractal pattern\u2014meaning that it contains shapes that repeat on smaller and smaller size scales. Fractals are common in systems such as fluid mechanics, but rare in the quantum mechanical world. The Hofstadter butterfly is one of the first quantum fractals theoretically discovered in physics but, until now, there has been no direct experimental proof of this spectrum.<\/p>\n

Columbia 海角直播 led the study and also involved scientists from the City 海角直播 of New York, Tohoku 海角直播 and the National Institute for Materials Science in Japan. Columbia prepared the sample and the UCF team measured the regular recurrence of the high-fidelity periodic pattern, engineered by inducing nanoscale ripples on graphene, a carbon material. The measured recurrence served as the essential proof that the measured spectrum was indeed the Hofstadter butterfly. The image that captured the evidence was taken in UCF Assistant Professor Masa Ishigami\u2019s laboratory.<\/p>\n

The study is published in the advance online publication of Nature<\/a> .<\/p>\n

Jyoti Katoch, Ishigami’s graduate student, used a non-contact atomic force high-resolution microscope to image the ripples, which have the height of only 0.2 angstroms (twenty trillionth of a meter), to confirm that the observed Hofstadter butterfly spectrum indeed matched the theoretical prediction.<\/p>\n

\u201cThe arrangement of individual atoms, even just one atom can drastically alter properties of nanoscale materials. That is the basis for nanotechnology,\u201d Ishigami said. \u201cAtomic structures must be resolved to understand the properties of nanoscale materials. What we do here at UCF is to explain why nanoscale materials behave so different by resolving their atomic structures. Only when we understand the origin of the extraordinary properties of nanoscale materials, we can propel nanoscience and technology forward. What Jyoti has done here is to image how graphene is rippled to explain the observed Hofstadter spectrum.\u201d<\/p>\n

UCF\u2019s laboratory utilizes a novel, the state-of-the-art microscopy technique to simultaneously determine the atomic structure and electronic properties of nanoscale materials such as graphene.<\/p>\n

Katoch has been working with Ishigami since 2008, when Ishigami joined UCF. Katoch helped build the laboratory and developed the atomic-resolution capability critical to capturing the picture proof for this study.<\/p>\n

Ishigami has a Ph.D. in physics from the 海角直播 of California at Berkeley and a bachelor\u2019s degree in physics from the Massachusetts Institute of Technology. He has won multiple awards, including the Intelligence Community postdoctoral fellowship and the Hertz graduate fellowship, and has published more than 30 papers in journals including Science.<\/p>\n

The College of Sciences, the Nanoscience technology center, and the office of research and commercialization (through a Presidential Initiative to fund major research equipment) supported the purchase and development of the atomic resolution microscope in the Ishigami lab. This research effort was supported by the National Science Foundation under its Faculty Early Career Development Program.<\/p>\n","protected":false},"excerpt":{"rendered":"A team of researchers from several universities \u2013 including UCF \u2013has observed a rare quantum physics effect that produces a repeating butterfly-shaped energy spectrum in a magnetic field, confirming the longstanding prediction of the quantum fractal energy structure called Hofstadter\u2019s butterfly. 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