40 years ago, the Nobel Prize in Physics was awarded to Klaus von Klitzing.
An article in Physical Review Letters reports evidence that Cooper pairs exist in an anomalous metallic state.
A paper in Physical Review Letters identifies topological features in the phonon spectrum of graphene.
A paper in Nature Photonics uses ambient air to deflect the path of high-power laser beams.
A paper in Nano Letters uses optical excitations to probe the ultrafast carrier dynamics of magnetic topological insulator heterostructures.
A paper in Nature Physics directly measures quantized conductance arising from the bulk states of a topological insulator.
100 years ago, the Nobel Prize in Physics was awarded to Robert Millikan.
paper in Nature demonstrates a method of writing and erasing ferroelectric domains in lithium niobate.
15 years ago, 3D topological insulators were experimentally discovered. Since then, the ever-expanding family of topological materials has provided insights into new physics.
Raphaël Lévy, one of the principal investigators of NanoBubbles — an interdisciplinary project that explores how, when and why science fails to correct itself, talks about the importance of questioning and correcting the scientific record.
A paper in Physical Review Letters measures the spatial confinement of chiral edge modes and presents a model to show how it varies depending on disorder.
A paper in Advanced Materials shows the coexistence of two surface states topologically protected by different symmetries in a superlattice structure.
A paper in Physical Review Letters presents images of a topological defect in a noncollinear antiferromagnet.
paper in Nature Physics shows how the collective chiral motion of malaria single-cell organisms in mosquito saliva is driven by their physical properties
paper in Science Advances shows how the transition of bacteria cells from collective active swarms to biofilms is driven by both biological and physical mechanisms.
paper in Science Advances uses a laboratory setup to simulate galaxy cluster cores and explain the suppression of heat conduction from the plasma core.
Two papers in Nature Astronomy present new simulations of the formation of planets in our Solar System.
Dongpeng Kang (康冬鹏)合作论文数School of Astronautics, Harbin Institute of Technology3
Budrikis, Zoe合作论文数2Yiqing Jin合作论文数2Jonathan Griffiths合作论文数E-Beam Lab, University of Cambridge2
Ian Farrer合作论文数Department of Electronic and Electrical Engineering, Faculty of Engineering, The University of Sheffield2Oleksandr Tsyplyatyev合作论文数Physics Department;Lancaster University;Physics Department, Lancaster University2A. Anthore合作论文数Service de Physique de l'Etat Condense;Direction des Sciences de la Matiere;Service de Physique de l'Etat Condense, Direction des Sciences de la Matiere2
Chris Ford合作论文数Cavendish Laboratory, Department of Physics, University of Cambridge2
Amr S. Helmy合作论文数The Edward S. Rogers Sr. Department of Electrical and Computer Engineering, Faculty of Applied Science and Engineering, University of Toronto2S. I. Liba合作论文数1shireen akhter合作论文数1p m t vianez合作论文数1m moreno合作论文数1W. K. Tan合作论文数1M. Moreno合作论文数1
David Ritchie合作论文数University of Cambridge;Swansea University1
Shamima Choudhury合作论文数1
Andy Schofield合作论文数1
S. Manjura Hoque合作论文数Magnetic Materials Division, Atomic Energy Centre1
