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The demand for sustainable, low-carbon materials is rising, driven by the global push toward decarbonization and the increasing focus on reducing carbon emissions.

In the face of escalating environmental challenges, the textile industry is embracing a transformative shift towards sustainability. This review delves into the burgeoning field of natural antimicrobial agents as a sustainable alternative to conventional chemical treatments, which have historically posed significant environmental hazards.

In oncology, polymers have become powerful tools for boosting cancer treatment efficacy and patient compliance.

The latest research reveals how recycled nylon (RN) combined with lignin-derived biocarbon (BioC) is setting new benchmarks in the materials science domain, especially within the automotive industry. This innovative approach not only addresses environmental concerns but also enhances the mechanical and flame retardant properties of materials used in automotive applications.

The Apple Vision Pro represents a groundbreaking advancement in augmented reality (AR) technology, driven by the strategic integration of advanced materials, particularly polymers.

Researchers at the KTH Royal Institute of Technology and Stockholm University in Sweden have unlocked a game-changing potential in 3D printing technology. By hacking into a 3D printer, they’ve transformed it into a versatile tool akin to a laser printer, capable of printing various polymers without the need for solvents, chemicals, or stringent clean room conditions.

The petrochemical industry, a vital yet often underappreciated player in the global energy landscape, is undergoing transformative changes. This sector is now the fastest-growing demand driver for global energy.

Celanese Corporation and Under Armour, Inc. have joined forces to introduce NEOLAST™, a groundbreaking fiber for performance stretch fabrics. NEOLAST™ provides elite-level performance attributes—stretch, durability, and comfort—while addressing sustainability challenges linked to traditional elastane (spandex) fibers.

Polymeric materials are the backbone of various industries, ranging from packaging and electronics to automotive and aerospace. The melt flow behavior of thermoplastic polymers, crucial for processes like extrusion, injection molding, and more, is significantly influenced by their molecular architecture. Plastics engineers aiming to tailor polymeric materials to specific physical properties and ensure top-notch manufacturing processes need to master the art of rheology.

Researchers from Cornell and the University of Alberta, Edmonton, have pioneered a novel technique for treating Type 1 diabetes. Their innovation involves implanting a revolutionary device, a removable polymer thread, beneath the skin.