As global challenges demand faster development of smarter, cleaner, and highly efficient systems, materials science acts as the cornerstone of industrial evolution. Published by Elsevier, Next Materials is an international, peer-reviewed, multidisciplinary journal specifically established to bridge major advancements across modern material applications.
The journal offers a premier platform for research scholars, metallurgists, and engineers aiming to publish high-quality research that can fundamentally change structural designs, electronic devices, and green energy harvesting paradigms.
💡 Core Research Domains & Tracks
Next Materials accepts original research articles, letters, short communications, and authoritative reviews across a wide array of specialized themes:
Advanced & Smart Materials: Shape memory alloys, self-healing polymer matrices, metamaterials, and nano-composites.
Energy Harvesting & Storage: Next-generation lithium-ion solid-state batteries, organic photovoltaics, perovskite solar cells, and hydrogen storage matrices.
Biomaterials & Bio-devices: Biocompatible tissue engineering scaffolds, targeted drug delivery vehicles, and wearable biochemical health sensors.
Environmental Sustainability: Green building elements, low-carbon synthesis, toxic heavy metal filtration media, and circular economy plastics.
Computational Materials Science: AI-driven molecular structure modeling, high-throughput machine learning screenings, and multi-scale structural simulations.
🚀 Key Features for Authors
Rapid Peer Review: Benefiting from Elsevier’s advanced Editorial Manager platform, authors experience structured, quick, and transparent double-blind peer reviews.
Global Visibility: Immediate indexing across prominent discovery databases guarantees extensive global outreach and elite citation velocity.
Flexible Open Access: Authors can choose between traditional subscription models or immediate gold open-access visibility to meet institutional open-science mandates.
