A closer look at “How 'Jamming the Flow' Could Give Quantum Materials Built-In Memory for Brain-Like Computi”, exactly as the source publishes it. Physicists are unlocking a new way to create memory in quantum materials by controlling phase transitions—a breakthrough that could accelerate the development of neuromorphic computing. The approach focuses on materials where structural and electronic transitions are coupled, and by 'jamming' the flow of the transition, the material naturally retains a memory of its previous state. This built-in memory is a key step toward emulating neurons and synapses, the building blocks of brain-like computers that promise to be far more efficient than today's silicon-based systems.
The research highlights the importance of transition plasticity—the ability of a material to deform and recover during a phase change—in achieving this effect. While the source does not name specific researchers or institutions, the work builds on decades of condensed matter physics and materials science. The full version stays on the original page, which this listing opens directly.