Researchers have developed a groundbreaking method to create more compact and energy-efficient computing devices using magnonic circuits. By utilizing alternating currents to generate and steer spin waves in synthetic ferrimagnetic vortex pairs, this new approach promises significant advancements over traditional CMOS technology, potentially leading to the next generation of computing systems. Breakthrough in Computing Miniaturization [...]
Researchers have developed a groundbreaking method to create more compact and energy-efficient computing devices using magnonic circuits. By utilizing alternating currents to generate and steer spin waves in synthetic ferrimagnetic vortex pairs, this new approach promises significant advancements over traditional CMOS technology, potentially leading to the next generation of computing systems. Breakthrough in Computing Miniaturization [...]