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Single-Chain Magnets

Single-Chain Magnets

Single-chain magnets (SCMs) are potential candidates for ultra-high magnetic storage devices. Furthermore, 1D structures have proven to be extremely good candidates for probing and understanding exchange interactions in extended systems. Uniaxial anisotropic spin centers paired with strong magnetic correlations at first neighbors within the chain result in slow relaxation of the magnetization in these one-dimensional […]

Quantum Tunneling of Spin

Quantum Tunneling of Spin

Low-nuclearity molecules allow for a full numerical treatment of the multi-spin Hamiltonian, where degrees of freedom associated with the individual ions can be adequately tested.

Single-Electron Transport through Molecular Magnets

Single-Electron Transport through Molecular Magnets

Investigation of the interplay between high-spin states of an individual SMM and conduction electrons in a three-terminal single-electron transistor.

Two-Dimensional Spintronics

Two-Dimensional Spintronics

An study aimed at understanding and controlling the injection of pure spin currents in graphene-based spintronics devices.

Contact

Enrique del Barco (Group leader)
Office: PS452
Phone: +1(407) 823-0755
Fax: +1(407) 823-5112
Email: delbarco [at] ucf.edu

Complete Contact

Recent News

  • A Universal Logic Calculator in an Individual Molecule
  • Electric-field-driven dual-functional molecular switches in tunnel junctions
  • Subterahertz spin pumping from an insulating antiferromagnet
  • Time-resolved electron paramagnetic resonance spectroscopy at 50mK
  • A “high”temperature single-ion magnet
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