Call for Papers

The ALMOS conference series centers on advanced laser manufacturing, optical sensing, and smart materials, covering advanced laser sources and beam manipulation, laser precision manufacturing and extreme processing, optical sensing and photonic integration, responsive optical materials and metamaterials, as well as laser digital twins and smart production. This conference intends to bring together researchers, scholars, and industry specialists engaged in fundamental and applied science, engineering, and technology fields to exchange their latest research outcomes.

We sincerely invite experts, scholars, and industry practitioners from universities and research institutions worldwide to join our academic exchanges.

Topics of interest include, but are not limited to:

Track 1: Advanced Laser Sources and Beam Manipulation	Track 2: Laser Precision Manufacturing and Extreme Processing
Ultrafast lasers and pulse shaping High-power fiber/solid-state lasers and coherent combining Spatial light modulation and beam shaping Narrow-linewidth, tunable, mid-IR, and deep-UV lasers Cavity design and novel gain media Thin-disk, slab, and novel laser architectures Optical frequency combs and frequency standards	Ultrafast laser micro/nano machining and lithography Laser additive manufacturing (LPBF/DED) and multi-material printing Laser welding, cutting, drilling, and surface texturing Laser shock peening and cleaning Laser cladding, remanufacturing, and surface modification Laser quenching and alloying Parallel multi-beam and cross-scale manufacturing Laser-assisted machining and polishing Laser processing in extreme environments (underwater, vacuum, high-pressure) Laser-matter interaction mechanisms and multi-physics simulation Laser processing of semiconductor and optoelectronic devices Laser micro/nano manufacturing for displays and flexible electronics
Track 3: Optical Sensing and Photonic Integration	Track 4: Responsive Optical Materials and Metamaterials
Distributed optical fiber sensing and FBG arrays Metasurface and plasmonic optical sensors Optical MEMS/NEMS and on-chip integrated sensing Microwave photonic sensing and optical metrology Intelligent signal demodulation and multi-sensor fusion Fiber sensing networks and interrogation techniques Quantum-enhanced sensing and quantum precision measurement Optical microscopic imaging and biomedical sensing Optical biochemical sensing and point-of-care testing Flexible and wearable optical sensing and devices	Photoresponsive smart materials (shape/color/phase change) Metamaterials and functional metasurface devices Optical properties of 2D materials (graphene, TMDs, black phosphorus) Photonic crystals, optical coatings, and energy conversion materials Ultrafast dynamics and laser-induced damage mechanisms Nonlinear optical materials and devices Metasurface imaging and wavefront shaping Flexible photonic materials and devices Topological photonics and topological optical materials
Track 5: Laser Digital Twins and Smart Production
Digital twins and multi-physics simulation in laser processing In-situ monitoring (machine vision, OCT) and closed-loop control Big data analytics and process self-optimization in laser manufacturing Laser/vision-guided industrial robotics systems Green manufacturing and energy consumption modeling Digital-twin-driven production line collaboration AI-driven quality inspection and defect recognition