Functional Materials– category –
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Advanced Biomimetic Hydrogels Revolutionize Bioelectronics and Human–Machine Interactions via Polymer, Carbon, and Metal Composites
MDPI Unknown Overview This review explores advancements in biomimetic hydrogels for bioelectronics and human-machine interactions (HMI), categorizing them into polymer-based, carbon-polymer, and metal-polymer composites. Inspired by biol... -
University of Science and Technology of China Develops Photoresponsive Hydrogel Capable of 80,000% Expansion and Shapeshifting with Light, Revolutionizing Soft Robotics
The Debrief China Overview Researchers at the University of Science and Technology of China have developed a novel photoresponsive hydrogel capable of extreme shape-morphing, expanding over 80,000% within 40 seconds using only light. Thi... -
Upcycled Waste Thermoelectric Generator Prototype Produces 180.75 mV at 5.82 K ΔT, Paving Way for Low-Cost Circular Smart Textile Electronics
MDPI Unknown Overview A proof-of-concept prototype for a flexible, lightweight, and sustainable thermoelectric voltage generator has been fabricated from upcycled electronic and textile waste. The device, utilizing copper and aluminum fo... -
Bi2Te2.7Se0.3 Thermoelectric Performance Achieves ZT of 1.15 via Microstructural Engineering and Powder Processing, Advancing Waste Heat Recovery and Wearables
The Royal Society of Chemistry UK Overview Researchers have significantly enhanced the thermoelectric (TE) performance of Bi2Te2.7Se0.3, achieving a high ZT of 1.15 at 300 K for undoped n-type material. This breakthrough was accomplished... -
Lysozyme-PVA Composite Films Develop Flexible Piezoelectric Biosensors for Wearable Bio-Integrated Electronics
Applied Physics Letters | AIP Publishing USA Overview A novel flexible and biocompatible piezoelectric bio-composite film has been developed by integrating lysozyme (LSZ), a natural protein, into a polyvinyl alcohol (PVA) matrix. This ma... -
Integrating Sustainability and Functionality in Soft Robotics: Fluorine-Free Surface Chemistry and Self-Healing Hydrogels Extend Device Lifespan and Recyclability
ACS Nano USA Overview Soft robotics is advancing towards integrating sustainability and functionality through innovative materials. New fluorine-free surface chemistries, self-healing hydrogels, and dynamic covalent polymer networks are ... -
MIT & ORNL Co-Develop ‘Atomic Photocopier’ for Precise Atomic Defect Replication, Advancing Room-Temperature Quantum Devices
The Cool Down Company USA Overview MIT and Oak Ridge National Laboratory (ORNL) have jointly developed an "atomic photocopier" technology capable of creating columns of identical atomic defects with high precision. This system utilizes l... -
Non-Silicon Photovoltaics Achieve Breakthroughs: Interfacial Engineering and Lead-Free Perovskites Deliver High Efficiency and Durability
ACS Publications USA Overview Non-silicon photovoltaics, including organic absorbers, colloidal quantum dots, and perovskites, are making significant strides with mechanical flexibility, low-cost processing, and tunable optoelectronic pr... -
Polyurethane-Based Self-Healable Flexible Sensors Integrate Mechanical Integrity, Conductivity, and Multifunctionality via Molecular Engineering
ACS Publications (ACS Nano) USA Overview The field of self-healing flexible sensors is evolving beyond basic crack closure to coordinated recovery of mechanical integrity, adhesion, and conductivity. This review highlights advances in po... -
Berkeley Lab’s Upgraded Advanced Light Source Achieves 100x Brighter X-ray Beams, Accelerating Quantum Computing & Energy Storage Discoveries
Lawrence Berkeley National Laboratory (Berkeley Lab) USA Overview Lawrence Berkeley National Laboratory's Advanced Light Source (ALS) has undergone an upgrade, delivering soft X-ray beams that are 100 times brighter and more focused. Thi...
