OPTCOMM2
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  • Research
    • Non-linear dynamics in Communications and Security
      • Non-linear laser dynamics
      • Secure communication systems
      • True-random number generation
      • Chaotic laser networks
    • Short-area and Access Networks
      • Plastic optical fibers
      • Multifunctional microring devices
      • Satellite - Ground Network Convergence
    • High Capacity Transmission Systems and All-optical Signal Processing
      • Low noise amplifiers
      • Coherent optical signal processing
      • SOA/fiber based optical regeneration
      • Nonlinear signal processing and all optical logic
      • All-fiber components for mode division multiplexing
    • Semiconductor Optoelectronic Devices
      • Microring laser sources
      • Semiconductor quantum-dot devices
    • Photonic Integration
      • Photonic Design
    • Optical Sensing
      • Sensing of physical properties
      • Micro-ring based chemical / biological sensors
    • Mid-Infrared Photonics
      • Sources
      • Design
      • Mid-IR to Near-IR conversion
    • Optical Clock Distribution
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Research

The group activities are focused in the following fields:

 

1. Non-linear dynamics in Communications and Security

  • Non-linear laser dynamics
  • Secure communication systems 
  • True-random number generation
  • Chaotic laser networks

 

2. Short-area and access networks

  • Plastic optical fiber
  • Multifunctional microring devices 
  • Satellite - Ground network convergence

 

3. High capacity transmission systems and all optical signal processing

  • Low noise amplifiers
  • Coherent optical signal processing
  • SOA/fiber based optical regeneration
  • Non-linear signal processing and all optical logic
  • All-fiber components for mode division multiplexing

 

4. Semiconductor Optoelectronic Devices

  • Microring laser sources
  • Semiconductor quantum-dot devices

 

5. Photonic Integration

  • Photonic design

 

6. Optical Sensing

  • Sensing of physical properties
  • Micro-ring based chemical/biological sensors

 

7. Mid-Infrared Photonics

  • Sources
  • Design
  • Mid-IR to near-IR conversion

 

8. Optical clock distribution

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