Federal University of Pernambuco - UFPE

Coat of arms of the Federal University of Pernambuco - UFPE

Recife PE

UFPE Photonics Laboratory Network – FotonNetUFPE

Coordinator: Anderson Stevens Leonidas Gomes
Email: anderson.lgomes@ufpe.br

Vice coordinator: Joaquim Ferreira Martins Filho
Email: joaquim.martins@ufpe.br

Website: https://www.fotonnetufpe.com/

Learn more

RESEARCH LINES

  • Non-linear optics;
  • Nonlinear photonics;
  • Photonic devices;
  • Imaging diagnostic techniques;
  • Optical sensors;
  • Sistemthose of networks and optical communications.

SKILLS

  • Characterization of linear optical parameters of optical materials and nanomaterials (glasses, semiconductors, polymers, etc.) using Z-scan techniques (and their various variations),
  • wave mixing, phase self modulation temporal and spatial, generation of harmonics (second, third, fourth);
  • Manufacture of D Profile fibers;
  • Hetero-core fiber manufacturing;
  • Optical reflectometry of metallic and multilayer thin films;
  • Measurement of solubility of molecules in liquid substance;
  • Gas-phase spectroscopy by harmonic spectrum detection;
  • Constant measurement of diffusion of molecules in liquid substance.

ACTIVITY FOCUS AREA

  • communications;
  • Health;
  • Education.

MOST ADVANCED RELEVANT TECHNOLOGIES

  • Optical sensor of partial discharges in LT insulators;
  • Optical network planning tool;
  • Cancer nanotherapeutics;
  • UVC decontamination chamber;

HIGHLIGHTS

  • Research involving special glasses and optical fibers (pure and doped with rare earth ions);
  • Research based on organic materials for applications in optical communications and bio-photonics (conductive polymers, porphyrins, various dyes), amorphous films and
  • anoparticles based on transition metal oxides;
  • Research in nonlinear optics of plasmonic composites.

Highlight of laboratory infrastructure

Optical Spectrum Analyzer

Optical reflectometers in the field of tempo (OTDR)

fiber splicing machine

Nikon TE2000 Inverted Optical Microscope

Optical coherence tomography, Ganymede, thorlabs

LIBRA Regenerative Amplifier (1mJ, 800nm, 100fs, 1kHz) + Parametric Amplifier (250nm to 2000nm, 70fs, 0.1mJ, 1kHz

Optical coherence tomograph, 830nm, Lumedica

Optical coherence tomograph, thorlabs, 980nm

Optical coherence tomograph, own manufacture, 1300nm

Quanta Master Spectrum Fluorometer – Horiba