2026– date –
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MIT Physicists Discover Electron Reconfiguration like Ice within Quantum Material ErTe3, Deepening Understanding of Superconductivity and Magnetism
ScienceDaily / Massachusetts Institute of Technology USA Overview MIT physicists have discovered an unprecedented mechanism within the quantum material ErTe3, where electrons reconfigure like ice crystals. The study reveals two distinct ... -
Science Publication Unveils ‘Block Chemistry’: Robotics and AI to Democratize Drug and Material Synthesis, Including Durable Organic Solar Cells
Beckman Institute - University of Illinois USA Overview Researchers at the University of Illinois' Beckman Institute have published 'Block Chemistry' in Science, a modular approach to molecular synthesis. This breakthrough enables roboti... -
Royal Society of Chemistry Reports Robust Supramolecular Elastomers with Thermo-Shape Memory and Tandem Photothermal Self-Healing for Reconfigurable Flexible Photonics
The Royal Society of Chemistry UK Overview The Royal Society of Chemistry has announced the development of hierarchical dynamic supramolecular polyurethanes (HCn-SPMUs) that exhibit robust thermo-shape memory and a synergistic 'tandem ph... -
OAE Publishing Reports AI Agents and LLMs Enable Experimental Synthesis of Five ‘AI-Dreamed’ MOFs Through High-Throughput Automation
OAE Publishing Inc. China Overview OAE Publishing has released a groundbreaking paper on MOF (metal-organic framework) and COF (covalent-organic framework) discovery utilizing AI agents and large language models (LLMs). The study details... -
Google’s GNoME Discovers Over 2.2 Million New Materials, A-Lab Synthesizes 36 Target Materials in 17 Days: AI Accelerates Materials Science
Mira Overview Significant advancements in AI for materials science have been reported, with Google's GNoME AI model discovering over 2.2 million computational new materials, including 381,000 novel stable crystal structures. Concurrently... -
New Atlas Reports Development of Piezoelectric ‘E-Skin’ Wearable Patch for Detecting Poisons, Heavy Metals, and Toxic Aerosols
New Atlas Australia Overview New Atlas reports on the development of an innovative robotic 'e-skin' made from piezoelectric materials. This e-skin functions as a wearable patch capable of detecting hazardous substances such as poisons, h... -
Royal Society of Chemistry Reports Flexible NbOI2-Based Piezoelectric Sensor for Wearable HMI Systems Demonstrating Stable, Repeatable Responses Across Bending Angles and Frequencies
The Royal Society of Chemistry UK Overview The Royal Society of Chemistry has published research on a flexible piezoelectric sensor constructed with 2D NbOI2 on a polyimide substrate. The sensor exhibits stable and repeatable responses a... -
MDPI Reviews Bio-Inspired Adhesive Hydrogels for Localized Therapeutic Delivery and Smart Biointerfaces, Highlighting Catechol Chemistry and AI-Assisted Discovery
MDPI Switzerland Overview MDPI has published a comprehensive review detailing advancements and future prospects of bio-inspired adhesive hydrogels, focusing on catechol chemistry for localized therapeutic delivery and smart biointerfaces... -
UCSB and UCLA-Led BioPACIFIC MIP Receives Renewed NSF Funding to Expand Bio-Derived Material R&D and Research Device Access
UCSB Electrical and Computer Engineering USA Overview The National Science Foundation (NSF)-funded national user facility, BioPACIFIC MIP, co-led by UC Santa Barbara (UCSB) and UCLA, has received renewed funding. This enables BioPACIFIC ... -
Post-Printing Manipulation Achieves 3-Order-of-Magnitude Modulus Reduction in 3D-Printed Materials via Synergistic Dynamic Polymer Networks and Phase Separation
ACS Publications USA Overview Researchers have developed an innovative method to manipulate the mechanical properties of 3D-printed materials (polyHUBM/mPEG) after printing, utilizing synergistic engineering of dynamic polymer networks a...
