2027 IEEE Photonics Society Summer Topical Meeting Series

The 2027 IEEE Photonics Society Summer Topical Meeting Series is a conference dedicated to variours topics on technology and applications in the field of photonics, including:

• Signal Reconstruction Using Photonics
  • Photonic time stretching techniques for wideband signal acquisition
  • Ultrashort pulses analysis and broadband signal characterization in temporal, spectral, and spatial domains
  • Photonic and opto-electronic reservoir computing
  • Photonic-enhanced compressed sensing
  • Phase retrieval methods such as self-referencing, optical alternative projection and optical random projection
  • Photonic-based supervised and unsupervised learning for image classification
  • Integrated photonics for combinatorial optimization problems
  • Kramers-Kronig relations and optical full field reconstruction for communication
  • Image recovery after scattering medium
  • Remote sensing and ghost imaging
  • Quantum signal processing and computing
• Coherent Optics for Short Reach Network
  • Novel concepts for coherent reception
  • Opto-electronic devices for coherent data transmission
  • Analogue signal processing
  • Novel schemes for efficient higher-order modulation
  • Coherent optical interconnects and intra-datacenter networks
  • Hardware-efficient digital signal processing
  • Quantum communications
  • Coherent access networks and wireless x-haul
  • Novel network architectures leveraging coherent technologies
  • Cost/energy performance analyses for coherent network applications
  • Performance trials in lab and field
• Space Division Multiplexing (SDM)
  • Progress in integration of transceivers, amplifiers, switches, mux/demux, and other components for SDM
  • Progress in SDM transmission and SDM fiber design
  • Propagation modelling and fundamental limits of various SDM fibers: cross-talk and random-mode coupling, modal dispersion, mode-dependent loss, nonlinear effects, interplay between various effects, time dynamics
  • Initial investigations of field-deployed SDM fibers with focus on the INCIPICT project in L`Aquila
  • Using SDM technologies in "non-conventional" SDM applications: Quantum communications, signal processing / RF fronthaul / 5G / satellite communications / astronomy and endoscopy
  • Progress in digital signal processing for SDM fibers
• Silicon Integrated Mid-Infrared Photonics
• Structure Light Interaction with Matter and the Environment
  • Optical matter interactions with structured light
  • Optical control and characterization technologies for structured light
  • Orbital Angular Momentum
  • Scattering medium, complex media, and metasurfaces
  • Remote sensing of air, marine or space environments
  • Spin-orbit interactions with materials
  • DSP technologies for information retrieval from structured light
  • Quantum and classical sensing
  • Non-linear interactions in novel optical fibers, waveguides, and materials
  • Waveguides and fibers supporting structured/multimode light
  • Multimode fibre amplifiers and novel gain media for structured light
  • SBS and other acoustic-optical effects