Emerging Trends in Symmetry

Emerging Trends in Symmetry is a peer-reviewed online journal launched in 2025, dedicated to advancing research on symmetry and its practical applications, with a special focus on architecture, engineering, and applied physical sciences. Symmetry plays a foundational role in architectural design, urban planning, construction methods, and structural analysis—enhancing stability, efficiency, and aesthetics. The journal also explores the interface of symmetry with applied physics, engineering systems, material sciences, and computational technologies.

The journal welcomes original research articles, computational and experimental papers, systematic literature reviews, case studies, short communications, and invited editorials in the following thematic areas:

• Symmetry in Architecture and Built Environment Design: architectural symmetry principles and aesthetics, building facade and structural design, interior spatial organization, residential and commercial architecture, public buildings and monuments, urban planning and streetscape design, and construction methodologies incorporating symmetry.
• Structural and Mechanical Symmetry Engineering: structural symmetry and load distribution, mechanical systems design and optimization, vibration control through symmetry, seismic-resistant design principles, modular construction and prefabrication, composite structural analysis, and symmetrical configurations for enhanced stability and efficiency.
• Computational and Digital Symmetry Applications: computational modeling of symmetrical structures, CAD and Building Information Modeling (BIM) tools for symmetry design, parametric design and algorithmic generation, 3D printing and digital fabrication of symmetrical components, digital twin technologies, and simulation-based symmetry optimization.
• Material Science and Crystallographic Symmetry: crystal structure and symmetry groups, material property relationships to symmetry, spectroscopic analysis of symmetric materials, nanostructures and nanomaterial symmetry, molecular symmetry in chemical design, smart materials with symmetrical properties, and composite material architecture.
• Applied Physics and Quantum Symmetry: symmetry in quantum systems and quantum materials, symmetry principles in electromagnetism, electromagnetic antenna design and circuit symmetry, photonics and optical symmetry, sensor design leveraging symmetry, and quantum technology applications.
• Control Systems and Automation Using Symmetry: symmetry-based control algorithms and feedback systems, robotics and symmetric motion patterns, mechatronic system design, cyber-physical systems with symmetrical architecture, automation and process control, and machine learning applied to symmetry optimization.
• Sustainable Design and Environmental Applications: sustainable architecture with symmetrical principles, eco-symmetry in infrastructure planning, smart cities and symmetrical urban design, energy-efficient building design through symmetry, climate-resilient planning, and environmental system modeling using symmetry frameworks.
• Interdisciplinary and Emerging Symmetry Research: symmetry in art, music, and design aesthetics, philosophical and theoretical implications of symmetry, symmetry in natural and biological systems, symmetry patterns in cultural and historical contexts, and cross-disciplinary applications of symmetry principles.