2026 International Conference on Mechanics, Materials Science and Quantum Computing (PMQC 2026)

Mechanics Fundamentals of Solid Mechanics, Principles of Fluid Mechanics, Elasticity Analysis, Plastic Deformation Research, Fracture Mechanics Theory, Vibration and Wave, Multi-scale Mechanical Simulation, Composite Materials Mechanics, Structural Optimization Design, Fatigue and Damage Mechanics, Computational Mechanics Methods, Thermodynamics and Heat Transfer, Nonlinear Dynamics, Contact and Friction Mechanics, Biomechanics Applications, Micro-nano Mechanics, Shock Wave Propagation, Finite Element Analysis, Experimental Mechanics Techniques, Engineering Mechanics Practice Materials Science Material Synthesis Techniques, Material Characterization Methods, Research on Metal Materials, Development of Ceramic Materials, Exploration of Polymer Science, Application of Nanomaterials, Design of Intelligent Materials, Innovation in Energy Materials, Advanced Manufacturing Processes, Analysis of Material Failure, Characteristics of Functional Materials, Phase Transformation and Diffusion of Materials, Surface and Interface Science, Modification of Polymer Materials, Composite Material Systems, Environmentally Friendly Materials, Protection against Material Corrosion, Materials Genome Project, Sustainable Materials, Materials Big Data Analysis Quantum Computing Quantum Bit Implementation, Quantum Algorithm Design, Quantum Error Correction Technology, Quantum State Preparation, Quantum Entanglement Phenomenon, Quantum Communication Protocol, Development of Quantum Simulator, Quantum Computer Architecture, Superconducting Quantum Computing, Ion Trap Quantum Computing, Topological Quantum Computing, Quantum Information Processing, Quantum Network Construction, Quantum Hardware Engineering, Quantum Software Development, Quantum Encryption Technology, Quantum Machine Learning, Quantum Computing Simulation, Demonstration of Quantum Advantage, Quantum Computing Ethics