Chapter 1
The secret life of magnons
Chapter 2
Building the quantum bridge
Chapter 3
The 18-microsecond breakthrough
Chapter 4
Computing with wave interference
YOUR GOAL
Master of Building bridges with quantum spin waves
Ch 4 · Computing with wave interference
007skaty Wave Interference Computing
No heat, just waves, no heat, just waves, / Spins interfere to build logic gates!
007skaty Neutron scattering reveals how localized magnon-phonon bridges enable highly efficient, solid-state cooling systems designed for quantum chips.
007skaty A hand-drawn folk illustration shows a colorful magnetic bridge connecting rows of qubits
BETA
007skaty Build ripple bridges using magnetic waves to figure out how magnon signals connect.
Fun Fact
Wave calculations: Magnonic chips can perform math using the peaks and valleys of magnetic waves, completely bypassing the need for electrical currents.
Glossary
magnon (noun)
A quasiparticle representing a collective excitation of the magnetic spin structure in a crystal lattice. In 2015, scientists proposed using their phase interactions to perform energy-efficient, wave-based logic operations.
A quasiparticle representing a collective excitation of the magnetic spin structure in a crystal lattice. In 2015, scientists proposed using their phase interactions to perform energy-efficient, wave-based logic operations.
Quiz
Which hybrid modes were discovered in 2024 to triple the magnetocaloric cooling response?