Tag: nanoelectronics
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Graphene Electron Steering with Ultrafast Lasers
Overview: precision electron steering in graphene Researchers from Kiel University, including Dr. Jan-Philip Joost and Prof. Michael Bonitz, report a previously unseen effect in graphene: ultrashort laser pulses can generate and steer electrons to designated locations within graphene clusters. The study combines simulations of laser-driven dynamics with analysis of graphene’s electronic structure, offering a glimpse…
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Precision Electron Steering in Graphene with Ultrafast Pulses
Overview In a breakthrough study from Kiel University, researchers demonstrate a new way to control electrons in graphene using ultrashort laser pulses. For the first time, Dr. Jan-Philip Joost and Professor Michael Bonitz show that light pulses can induce electrons at highly specific locations within graphene, a single-atom-thick sheet of carbon. By simulating laser interactions…
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Precision Electron Steering in Graphene with Ultrashort Laser Pulses
A breakthrough in homogeneous graphene Researchers at Kiel University have reported a surprising, previously unknown effect in graphene. For the first time, they demonstrated that light pulses can generate electrons at specific, designated locations within a material made from a single element—carbon. Dr. Jan-Philip Joost and Professor Michael Bonitz used computer simulations of small graphene…