- published: 24 Dec 2012
- views: 157
- author: helimagnets
1:13
skyrmion lattice (elementary rectangular cell), L/Ld=0.9
Skyrmion lattice in a thin film of cubic helimagnet; L/Ld=0.9 and H/Hd=0.4. The result of ...
published: 24 Dec 2012
author: helimagnets
skyrmion lattice (elementary rectangular cell), L/Ld=0.9
skyrmion lattice (elementary rectangular cell), L/Ld=0.9
Skyrmion lattice in a thin film of cubic helimagnet; L/Ld=0.9 and H/Hd=0.4. The result of the three-dimensional minimization of the standard energy functiona...- published: 24 Dec 2012
- views: 157
- author: helimagnets
5:12
Scientific Dreamz of U - Skyrmion Crystal
Summer jammin courtesy of Scientific Dreamz of U, http://soundcloud.com/scientific-dreamz-...
published: 20 May 2013
author: OnlyVibez
Scientific Dreamz of U - Skyrmion Crystal
Scientific Dreamz of U - Skyrmion Crystal
Summer jammin courtesy of Scientific Dreamz of U, http://soundcloud.com/scientific-dreamz-of-u Contact OnlyVibez: Facebook: https://www.facebook.com/OnlyVibe...- published: 20 May 2013
- views: 1357
- author: OnlyVibez
1:06
skyrmion lattice (elementary rectangular cell), L/Ld=0.25
Skyrmion lattice in a thin film of cubic helimagnet; L/Ld=0.25 and H/Hd=0.4. The result of...
published: 24 Dec 2012
author: helimagnets
skyrmion lattice (elementary rectangular cell), L/Ld=0.25
skyrmion lattice (elementary rectangular cell), L/Ld=0.25
Skyrmion lattice in a thin film of cubic helimagnet; L/Ld=0.25 and H/Hd=0.4. The result of the three-dimensional minimization of the standard energy function...- published: 24 Dec 2012
- views: 63
- author: helimagnets
1:07
New Particle Could Make Hard Drives Much Smaller
Scientists from the University of Hamburg in Germany have reportedly discovered a new part...
published: 12 Aug 2013
New Particle Could Make Hard Drives Much Smaller
New Particle Could Make Hard Drives Much Smaller
Scientists from the University of Hamburg in Germany have reportedly discovered a new particle that could make computer hard drives physically smaller, with the same storage capacity. Scientists from the University of Hamburg in Germany have reportedly discovered a new particle that could make computer hard drives physically smaller, with the same storage capacity. Named after Tony Skyrme, the man who theorized their existence back in 1962, skyrmions could decrease the size of a portable device like a smartphone or laptop, because it uses less power and is more stable than other magnetic storage systems that are currently being used. According to the study, the magnetic fields on current hard drive storage systems use 100 thousand times more energy than skyrmions and generate more heat, which can be problematic. A press release from the University of Hamburg says: "Whether skyrmions will be used as data storage units in our computers, tablets, or smartphones, is not foreseeable. The experimentally accomplished writing and deleting of skyrmions, however, has demonstrated the feasibility of this technology and paved the way towards a realization of such devices." The scientists have shown that data storage on skyrmions is possible, so the next step is to continue developing the technology. What do you think? How will skyrmions change electronic data storage?- published: 12 Aug 2013
- views: 28
0:21
Visualization of Skyrmion Formation
Modulation of three phase locked helices aligned in one plane with varying angles between ...
published: 11 Sep 2013
Visualization of Skyrmion Formation
Visualization of Skyrmion Formation
Modulation of three phase locked helices aligned in one plane with varying angles between their propagation vectors - at 120° the skyrmion crystal is manifested. The vectors show the local magnetization while its corresponding z-component is colorcoded.- published: 11 Sep 2013
- views: 30
0:57
Spin-wave packets and Skyrmions
The Poisson integrator ( similar to the symplectic integrator ) was implemented to solve t...
published: 20 Dec 2012
author: Tetsuya Matsuno
Spin-wave packets and Skyrmions
Spin-wave packets and Skyrmions
The Poisson integrator ( similar to the symplectic integrator ) was implemented to solve the Landau Lifshitz equation without the Gilbert(dissipation) term. ...- published: 20 Dec 2012
- views: 148
- author: Tetsuya Matsuno
5:11
Scattering of knotted vortices (Hopfions) in the Faddeev--Skyrme model
Video abstract for the article 'Scattering of knotted vortices (Hopfions) in the Faddeev--...
published: 12 Feb 2012
author: NewJournalofPhysics
Scattering of knotted vortices (Hopfions) in the Faddeev--Skyrme model
Scattering of knotted vortices (Hopfions) in the Faddeev--Skyrme model
Video abstract for the article 'Scattering of knotted vortices (Hopfions) in the Faddeev--Skyrme model ' by J Hietarinta, J Palmu, J Jäykkä and P Pakkanen (J...- published: 12 Feb 2012
- views: 85
- author: NewJournalofPhysics
9:13
Skyrme-Faddeev hopfion with H=7 (trefoil)
Skyrme-Faddeev hopfion with Hopf index H=7. Trefoil knot. Real-time calculation + visualiz...
published: 06 Dec 2012
author: hopfion
Skyrme-Faddeev hopfion with H=7 (trefoil)
Skyrme-Faddeev hopfion with H=7 (trefoil)
Skyrme-Faddeev hopfion with Hopf index H=7. Trefoil knot. Real-time calculation + visualization. Highly optimized algorithm for CUDA. http://hopfion.com.- published: 06 Dec 2012
- views: 31
- author: hopfion
3:22
Skyrme-Faddeev hopfion H=1
Skyrme-Faddeev hopfion with Hopf index H=1. Real-time calculation + visualization. Highly ...
published: 06 Dec 2012
author: hopfion
Skyrme-Faddeev hopfion H=1
Skyrme-Faddeev hopfion H=1
Skyrme-Faddeev hopfion with Hopf index H=1. Real-time calculation + visualization. Highly optimized algorithm for CUDA. http://hopfion.com.- published: 06 Dec 2012
- views: 17
- author: hopfion
0:50
Helimagnetic Band Structure in MnSi around (1 -1 0)
Helimagnetic Band Structure in Single-Domain MnSi with the Helices along [111] and q_Perpe...
published: 09 Aug 2013
Helimagnetic Band Structure in MnSi around (1 -1 0)
Helimagnetic Band Structure in MnSi around (1 -1 0)
Helimagnetic Band Structure in Single-Domain MnSi with the Helices along [111] and q_Perpendicular along [1 -1 0], seen by Unpolarized Neutrons for Scans around the (1 -1 0) Bragg Peak in Units of k_h = 0.036 1/A. The Upper Bound Limited Symbol Size marks the Weights of the Modes.- published: 09 Aug 2013
- views: 33
0:24
Growth of microstructured gold thin films: beta-type microstructure
The film is rather compact, but surface valleys percolate from the very surface of the fil...
published: 04 Dec 2012
author: NanoOnSurf
Growth of microstructured gold thin films: beta-type microstructure
Growth of microstructured gold thin films: beta-type microstructure
The film is rather compact, but surface valleys percolate from the very surface of the film to near the substrate through vertical tilted mesopores. This str...- published: 04 Dec 2012
- views: 28
- author: NanoOnSurf
1:03
cone
Cone phase in a thin film of cubic helimagnet; H/Hd=0.4. The internal structure is indepen...
published: 24 Dec 2012
author: helimagnets
cone
cone
Cone phase in a thin film of cubic helimagnet; H/Hd=0.4. The internal structure is independent of film thickness. The result of the three-dimensional minimiz...- published: 24 Dec 2012
- views: 46
- author: helimagnets
51:45
JQI Seminar 12/10/12
Title: Non-reciprocity and and non-reciprocal effective gauge field in dynamically modulat...
published: 18 Feb 2013
author: JQInews
JQI Seminar 12/10/12
JQI Seminar 12/10/12
Title: Non-reciprocity and and non-reciprocal effective gauge field in dynamically modulated photonic structures Speaker: Shanhui Fan Institution: Stanford U...- published: 18 Feb 2013
- views: 82
- author: JQInews
Youtube results:
0:51
Helimagnetic Band Structure in MnSi around [110] (left) and [111] (right)
Helimagnetic Band Structure in Single-Domain MnSi with the Helices along [111] and q_Perpe...
published: 09 Aug 2013
author: Max Mustermann
Helimagnetic Band Structure in MnSi around [110] (left) and [111] (right)
Helimagnetic Band Structure in MnSi around [110] (left) and [111] (right)
Helimagnetic Band Structure in Single-Domain MnSi with the Helices along [111] and q_Perpendicular along [1 -1 0], seen by Unpolarized Neutrons for Scans aro...- published: 09 Aug 2013
- views: 4
- author: Max Mustermann
26:02
Perpendicular STT cell design using Magsimus Deluxe v6.0
Spin-torque transfer (STT) cell with perpendicular anisotropy -- a design concept creation...
published: 19 Nov 2011
author: otijohn
Perpendicular STT cell design using Magsimus Deluxe v6.0
Perpendicular STT cell design using Magsimus Deluxe v6.0
Spin-torque transfer (STT) cell with perpendicular anisotropy -- a design concept creation using Magsimus Deluxe.- published: 19 Nov 2011
- views: 279
- author: otijohn