Del Barco Lab

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Rabi Oscillations in Anisotropic Spins

Rabi Oscillations in Anisotropic Spins

The commutation between spin anisotropy operators leads to complex dynamics where the magnetic state of the molecule may develop excited precessional states.

Spin Quantum Electrodynamics

Spin Quantum Electrodynamics

High-Q superconducting resonators designed with nano-constrictions may allow the coupling a photon cavity mode with a single molecular spin.

Charge Rectification in Molecular Transistors

Charge Rectification in Molecular Transistors

Study of charge rectification in tunnel junctions bridged by molecular chains including a ferrocene active conductive unit placed asymmetrically within the chain.

Optoelectronics at the Nanoscale

Optoelectronics at the Nanoscale

Study of the transport properties of individual noble-metal nanoparticles in the presence of optical irradiation inducing plasmonic resonance.

Spin Pumping at FM/NM Interfaces

Spin Pumping at FM/NM Interfaces

Dynamical generation of pure spin currents as the basis for the next generation of reliable and energy efficient magnetic memory devices.

THz Spintronics with Antiferromagnets

THz Spintronics with Antiferromagnets

Study of the fundamental characteristics of antiferromagnetic insulators which have the potential to transform methods for generating and processing THz signals

Contact

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

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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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