Explore the latest research, emerging technologies, and interdisciplinary advances in optics and photonics.
Ultrafast laser science and applications; attosecond science
and high-harmonic generation; strong-field light–matter
interactions; nonlinear optics; solitons and nonlinear wave
dynamics;
ultrafast spectroscopy; structured light and optical
skyrmions; and emerging optical phenomena.
Fundamental quantum optics; nonclassical light and single-photon sources; integrated quantum photonics; quantum information, communication and networking with light; quantum sensing; topological and non-Hermitian photonics; time-varying and nonreciprocal photonics; and new concepts in light–matter interaction.
Optical and functional metasurfaces, including nonlinear
metasurfaces; plasmonics and dielectric nanoantennas;
photonic crystals; flat optics; optical trapping and
nanomanipulation;
inverse-designed optical components;
and active or reconfigurable nanophotonic systems.
Emerging functional and low-dimensional materials; perovskites,
quantum dots and organic optical materials; tunable materials
including liquid crystals; semiconductor lasers and amplifiers;
silicon and integrated photonics; and optoelectronic materials
and devices.
Fibre lasers and amplifiers; high-power and multimode fibre
systems; hollow-core and specialty fibres; visible and
mid-infrared laser sources; solid-state lasers and laser
crystals and glasses;
ultrafast and pulsed sources; optical
communications and networks; and energy-efficient photonic interconnects.
Machine learning and artificial intelligence for photonics;
computational and compressive imaging; computational microscopy
and holography; neuromorphic and optical computing;
intelligent
optical systems; and data-driven photonic design and optimization.
Optical and fibre-optic sensing; interferometry and holographic
metrology; precision measurement, calibration and traceability;
non-destructive testing and in-process monitoring;
light scattering
and optical characterization; quantum-enhanced measurement;
spectroscopy and frequency-comb techniques; terahertz and
mid-infrared photonics;
LiDAR and remote sensing; and environmental
and industrial optical monitoring.
Ultrafast laser processing and nanostructuring; laser-based
3D micro- and nanofabrication; laser writing of waveguides
and photonic components;
freeform and precision optics,
optical design and tolerancing; laser–matter interactions
for manufacturing; and functional-material processing.
Biomedical optics and imaging; tissue optics and spectroscopy; optical coherence tomography and super-resolution microscopy; optical biosensing and point-of-care diagnostics; optical tweezers; quantum sensing in the life sciences; laser-engineered biomaterials, coatings and tissue models; and photonic techniques in preclinical and clinical studies.
Photonics for energy conversion and efficiency; sustainable and
nature-derived functional materials; laser ignition and combustion
diagnostics; photovoltaic and light-harvesting materials;
optical
technologies for environmental monitoring and sustainability;
and energy-efficient photonic systems.