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The project ASTRAL aims to advance computing technology by exploring the use of spin waves in antiferromagnets to achieve THz clock rates. By generating ultrashort, large-amplitude spin wave pulses, it seeks to unlock new nonlinear interactions that can facilitate nearly lossless data processing and scalable computing…
While photonics has already enabled nearly lossless Tb/s transfer of data using light waves, computing at THz clock rates is the next monumental challenge.
Magnonics, which employs spin waves (SWs) instead of light waves, is widely seen as one of the most appealing solutions to this problem, but so far only operates at GHz rate.
Interference of SWs enables nearly lossless protocols for logic operations.
The large natural nonlinearity of SWs can be used to control their mutual interaction, propag…
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