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Spintronics Technology Revolution Could Be Just a Hopfion Away


Spintronics Technology Revolution Could Be Just a Hopfion Away
A decade ago, the discovery of quasiparticles called magnetic skyrmions provided important new clues into how microscopic spin textures will enable spintronics, a new class of electronics that use the orientation of an electron’s spin rather than its charge to encode data. 
But although scientists have made big advances in this very young field, they still don’t fully understand how to design spintronics materials that would allow for ultrasmall, ultrafast, low-power devices. Skyrmions may seem promising, but scientists have long treated skyrmions as merely 2D objects. Recent studies, however, have suggested that 2D skyrmions could actually be the genesis of a 3D spin pattern called hopfions. But no one had been able to experimentally prove that magnetic hopfions exist on the nanoscale. ....

United States , United Kingdom , Comunidad Autonoma De Cataluna , Scott Dhuey , Eva Pereiro , Andrea Sorrentino , Ian Tg Campbell , David Raftrey , Neal Reynolds , Peter Fischer , Noah Kent , Selven Virasawmy , Rajeshv Chopdekar , Aurelio Hierro Rodriguez , Frances Hellman , University Of Oviedo , Nature Communications , Berkeley Lab Molecular Foundry , Office Of Science , Berkeley Lab , Berkeley Lab Materials Sciences Division , Department Of Energy Non , Materials Sciences Division , Molecular Foundry , Non Equilibrium Magnetic Materials , Advanced Light Source ,

Spintronics Technology Revolution Could Be Just a Hopfion Away


Date Time
Spintronics Technology Revolution Could Be Just a Hopfion Away
Artist’s drawing of characteristic 3D spin texture of a magnetic hopfion. Berkeley Lab scientists have created and observed 3D hopfions. The discovery could advance spintronics memory devices. (Credit: Peter Fischer and Frances Hellman/Berkeley Lab)
Adecade ago, the discovery of quasiparticles called magnetic skyrmions provided important new clues into how microscopic spin textures will enable spintronics, a new class of electronics that use the orientation of an electron’s spin rather than its charge to encode data.
But although scientists have made big advances in this very young field, they still don’t fully understand how to design spintronics materials that would allow for ultrasmall, ultrafast, low-power devices. Skyrmions may seem promising, but scientists have long treated skyrmions as merely 2D objects. Recent studies, however, have suggested that 2D skyrmions could actually be ....

United States , United Kingdom , Comunidad Autonoma De Cataluna , Scott Dhuey , Eva Pereiro , Andrea Sorrentino , Ian Tg Campbell , David Raftrey , Neal Reynolds , Peter Fischer , Noah Kent , Selven Virasawmy , Rajeshv Chopdekar , Aurelio Hierro Rodriguez , Frances Hellman , Nature Communications , Frances Hellman Berkeley Lab , Department Of Energy Non , University Of Oviedo , Frances Hellman Berkeley Lab Artist , Berkeley Lab Molecular Foundry , Office Of Science , Berkeley Lab , Berkeley Lab Materials Sciences Division , Materials Sciences Division , Molecular Foundry ,