PPT-Dynamics of Skyrmions in Chiral Magnets

Charles Reichhardt Cynthia Reichhardt Dipanjan Ray SZ Lin Los Alamos National Laboratory courtesy of A Saxena Tony Hilton Royle Skyrme 19221987 1961 Formulated a nonlinear field theory of massless . By . A. keilah. . H. armon. Magnets. Magnets are the best.. Magnets can pull things. . Magnets can pull under the water.. Cool Magnets. Magnets have poles.. South poles and north poles attract.. Magnets are fun to learn about!. EoS. for. Compressed Baryonic Matter. ATHIC 14/11/12. Mannque Rho. (. Saclay. and . Hanyang. ). QCD Phase. . . . ???. . . Next Era. K. oRIA .  FAIR  LIGO. EoS. for T~ 60 . Skyrmions. in Chiral Magnets. Charles Reichhardt, Cynthia Reichhardt, . Dipanjan. . Ray, S.Z. Lin. Los Alamos National Laboratory. courtesy of A. Saxena. Tony Hilton . Royle. Skyrme. , (1922–1987) . dynamics in. . hard. . processes. M.V.Polyakov. http://www.tp2.rub.de/~maximp. Ruhr-University Bochum. Chiral symmetry breaking - the phenomenon shaping our World . New . soft pion . theorems in hard processes– how ChSB works for colour clusters. skyrmion-based racetrack memory . Xichao Zhang. 1. , G. P. Zhao. 1, 2, *. , Hans Fangohr. 3. , J. Ping Liu. 2, 4. , W. X. Xia. 2. , J. Xia. 1. , F. J. Morvan. 1. Skyrmion-based racetrack memory . Skyrmion-based racetrack memory storage device moves the skyrmions along the racetrack in one direction only. The reading element can be positioned at one end of the racetrack. The skyrmions are annihilated upon moving them across the reading element but their corresponding information is read into one or more memory devices (. Toru Kojo . (. Bielefeld U.. ). . . with:. K. Fukushima, Y. Hidaka, L. . McLerran. , R.D. . Pisarski. 1. /11. . (Confined). (. arXiv. : . 1107.2124). (Confined). Interweaving Chiral Spirals. Toru Kojo . for . SuperKEKB. Mika . Masuzawa. (KEK). Yasunobu. . Ohsawa(KEK. ). Naohiro. Abe, Kenji . Mishima. (PASCO). Survey of KEKB Magnets and Monuments for SuperKEKB. 　. IWAA2010. Contents. Introduction. An object whose mirror image is identical to the original and can be superimposed on it is achiral.. Objects such as hands that have . nonsuperimposable. mirror images are chiral. . Learning Goal. . Toru Kojo . (. Bielefeld U.. ). . . with:. K. Fukushima, Y. Hidaka, L. . McLerran. , R.D. . Pisarski. 1. /11. . (Confined). (. arXiv. : . 1107.2124). (Confined). Interweaving Chiral Spirals. Toru Kojo . from quark-gluon plasma . to Dirac semimetals . . . D. Kharzeev. . High Energy Physics in the LHC Era, Valparaiso, Chile, 2012. “Quarks – 2014”, . all magnets have magnetic poles – . . points at the ends of a magnet that have opposing magnetic qualities. all magnets have a north pole and south pole that are magnetically opposite. like poles repel and unlike poles attract. Big Idea 13 - Forces and Changes in Motion SC.2.P.13.2. Division of Academics - Department of Science. Big Idea 13: Forces and Changes in Motion. SC.2.P.13.2. Demonstrate that magnets can be used to make some things move without touching them.. . Gijs de Rijk. CERN. 10. th. April 2019. Magnet types: field. 1.5 - 2T resistive (Cu or Al coils, steel yoke, all warm), ramp rates 10 . th. T/s, ~40kCHF/m. 2 - 3 T . Superferric. (Superconducting, . 2. (FGT), a magnetic van der Waals material, . was placed on a Pd spacer over Co/Pd multilayers.. The wedge-shaped spacer tuned the strength of the FGT–Co/Pd coupling.. Photoemission electron microscopy (PEEM) of the magnetic domains revealed that stripe domains broke down into bubbles with decreasing spacer thickness..