Highly Frustrated Nanomagnets
Mail Stop: TBA
- Advances in nanotechnology create nearly infinite freedom the design of magnetic structures. Not only can we better understand known types of matter, but we can also discover and create new states of matter. I design and analyze systems of nanomagnetic islands that interact to generate interesting matter. In particular, my research illuminates the complex dynamics of spin glass and spin ice, both of which help us understand similar systems in brain science, plasma physics, and, of course, additional magnetic systems. I'm also experimenting with designs to mirror neural computers and charge crystal formation.
- Ph.D. (2020) Physics, University of California Santa Cruz
- B.S. (2015) Physics, Minor in Mathematics, University of Alaska Fairbanks
- Postdoctoral Research Associate (2020-Present): T-4/CNLS, Los Alamos National Laboratory, Los Alamos, NM
- Graduate Student Instructor (2017-2020): Physics Department, UCSC, Santa Cruz, CA
- Understanding new phases of matter in artificial spin ice such as monopole gases
- Structuring logic gate and neuromorphic computing in artificial spin systems
- Realizing spin glass in artificial spin systems and better understanding their dynamics
Selected Recent Publications:
- Saccone, M. et al Elevated effective dimension in tree-like nanomagnetic Cayley structures, Royal Society of Chemistry 12, 189-194 (2020).
- Farhan, A., Saccone, M. et al Emergent magnetic monopole dynamics in macroscopically degenerate artificial spin ice, Science advances5, eaav6380 (2019).
- Saccone, M. Dipolar Cairo lattice: Geometrical frustration and short-range correlations, Physical Review Materials 3, 104402 (2020).