Bio-inspired magnetic soft robots with omnidirectional climbing for multifunctional biomedical applications
Inspired by the golden wheel spider, this #IJEM study details bio-inspired magnetic #SoftRobots with omnidirectional climbing, emphasizing how magnetic actuation enables precise navigation for targeted #DrugDelivery.
#OpenAccess: doi.org/10.1088/2631...
#FunctionalMaterials #GreenTechnology
Laser micro-nano processing of optoelectronic materials
This comprehensive #IJEM review details how laser micro-nano processing enhances #Optoelectronic device performance through high-precision structural engineering of #Semiconductors and advanced #FunctionalMaterials.
#SmartMaterials #AdvancedMaterials
#OpenAccess: doi.org/10.1088/2631...
Promotional graphic with a background of water droplets.
Dual‑functional La/Fe‑MOF‑NH₂ visually detects fluoride (shifting from blue to red as levels rise), and removes it at the same time.
A smart new approach to safer water treatment.💦
Read the publication 👉 ccdc-info.com/40vhIjF
#MOFs #FunctionalMaterials
Promotional graphic with a world map and spots representing the places where CCDC data, software and services are used.
Our software helps researchers and educators worldwide advance structural science every day.
Sectors we serve:
✔️ #Pharmaceutical
➡️ #Biotech
👍 #Agrochemical
🔎 #AcademicResearch
⚛️ #Crystallography
💪 #FunctionalMaterials
🔬 #Education
🔗Learn more ccdc-info.com/4rvSFsk
Just accepted✨| Chemical Science
NIMS 中西尚志先生らによる、リン光分子液体を用いた酸素センシング🧪🚨
Luminescent core-isolated solvent-free liquids as a soft material platform for optical gas sensing
pubs.rsc.org/en/content/a...
#molecularLiquids #sensors #luminescentMaterials #functionalMaterials
Promotional graphic with MOF schematic.
🤔There are only a handful of commercial MOF products, yet over 100,000 known MOF structures... So what factors are stopping MOFs from reaching their full potential?
Read the blog🔗 ccdc-info.com/3WS2PWI
#MOFs #FunctionalMaterials
Promotional graphic with a polyhedral depiction of a packed MOF structure (CSD Entry WEMBUN) with water and ethanol solvate molecules removed as well as photos of the 5 panellists.
🌟 MOF Expert Panel Confirmed 🌟
Join our expert panel from both academia and industry for an inside look at the tools, trends, and collaborations shaping the future of #MOFs.
👉 attendee.gotowebinar.com/register/482...
#ChemSky #PorousMaterials #FunctionalMaterials
Promotional graphic with cartoon icons representing each of biomedicine, energy storage, electronic devices and catalysis.
In this recent @rsc.org Industrial Chemistry and Materials publication, researchers provide an outlook on the potential of Soft Porous Crystals (SPCs), particularly soft #MOFs, as well as the challenges involved in their practical use.
🔗 ccdc-info.com/426T3mT
#FunctionalMaterials
"Covalent organic framework-functionalized composites with high hydrophobicity to acids and bases for chemical protection"
A simple, efficient approach expanding applications of #FunctionalMaterials in #ChemicalProtection and #AdvancedTextiles!
doi.org/10.1039/D5QM00330J
Issue 33 of @polymerchem.rsc.org is here. The issue includes exciting new research on poly(1-butene) isotacticity, ultralow dielectric polymers, functional fluoropolymers, reprocessable polydisulfides, and more. Find out more 👇
#polymers #functionalmaterials
📢 Registration is OPEN!
Advanced Functional Materials Conference 2025
📍 Prague, Czech Republic
🗓️ Oct 09–10, 2025
Join thought leaders, innovators, and young researchers for two days of conference.
🔗 Join us → crgconferences.com/functionalma...
#AFMC2025 #NanoInnovation #FunctionalMaterials
Join us in Prague, Oct 9–10, 2025 for the Advanced Functional Materials Conference!
Network with top scientists, industry leaders, and innovators working at the intersection of materials and function.
🔗 Register now: crgconferences.com/functionalma...
#Functionalmaterials #Catalysis
🧪 Key insights:
▪️ Multi-ion doping stabilizes structure
▪️ Maintains Q×f
▪️ Tailors τf to near-zero
▪️ Enables low-temp synthesis
A smart path for sustainable, high-performance ceramic tech.
#EducationalResearch #FunctionalMaterials #MicrowaveTech
Promotional graphic with a metal organic framework structure showing packing.
💡In this work, the team performed a systematic study and computational characterization of a subset of Zr-oxide MOFs extracted from the Cambridge Structural Database (CSD).
Find out more here 🔗 ccdc-info.com/467Kf2F
#MOFs #FunctionalMaterials
🔬 Materials that detect disease, deliver therapy & self-repair in your body? Not sci-fi - it's happening now! Which excites you most? 👇
1️⃣ Medical devices 🩺
2️⃣ Drug delivery systems 💉
3️⃣ Tissue engineering 🧬
4️⃣ Other applications? 🧐
#SciOpen #Academicsky #Innovation #Functionalmaterials
Promotional graphic showing the packing of a metal-organic framework.
💡Understanding gas adsorption properties of Zr-oxide #MOFs.
CSD data was used to derive structure–property relationships for CO2 adsorption in Zr-oxide MOFs through computational characterization.
🔗 ccdc-info.com/4mUdoVh
#FunctionalMaterials #PorMatSky
Promotional graphic showing a capped-stick depiction of a packed MOF structure (CSD Entry WEMBUN) with the volumes of water molecules depicted as blue surfaces.
💡Learn how to search, visualize, and analyse porous #FunctionalMaterials.
Our new white paper shows how a data-driven approach accelerates the design of porous materials and improves the understanding of structure-property relationships.
🔗 ccdc-info.com/3S9KhPg.
#MOFs #PorMatSky
Promotional graphic with an image of the front page of the white paper showing a capped-stick depiction of a packed MOF structure (CSD Entry WEMBUN) with the volumes of water molecules depicted as blue surfaces.
Our latest white paper explores how cheminformatics can speed up the design of #MOFs, with case studies and a step-wise workflow you can try.
Download it here: ccdc-info.com/4iDxAHt
#FunctionalMaterials #PorMatSky
This paper presents a new AI-powered knowledge graph that organizes real-world materials science research into an accessible, searchable database. #functionalmaterials
This paper presents a new AI-powered knowledge graph that organizes real-world materials science research into an accessible, searchable database. #functionalmaterials
This paper presents a new AI-powered knowledge graph that organizes real-world materials science research into an accessible, searchable database. #functionalmaterials
This paper presents a new AI-powered knowledge graph that organizes real-world materials science research into an accessible, searchable database. #functionalmaterials
This paper presents a new AI-powered knowledge graph that organizes real-world materials science research into an accessible, searchable database. #functionalmaterials
This paper presents a new AI-powered knowledge graph that organizes real-world materials science research into an accessible, searchable database. #functionalmaterials
This paper presents a new AI-powered knowledge graph that organizes real-world materials science research into an accessible, searchable database. #functionalmaterials
This paper presents a new AI-powered knowledge graph that organizes real-world materials science research into an accessible, searchable database. #functionalmaterials
This paper presents a new AI-powered knowledge graph that organizes real-world materials science research into an accessible, searchable database. #functionalmaterials
Promotional graphic with a schematic showing the structure of metal organic frameworks.
💡What factors are stopping MOFs from reaching their full potential?
🔗Find out more here: ccdc-info.com/4czNEsu
#MOFs #FunctionalMaterials #PorMatSky
A thread 👇
Promotional graphic with a background showing smoke coming out of a chimney.
🔶In this work, scientists expanded research in moisture-swing direct air carbon capture (DAC) presenting new, low-cost materials that use changes in humidity to capture carbon.
🔗 ccdc-info.com/3DRWHYU
#FunctionalMaterials #CarbonCapture
🌟 Meet the Editors of Organic Materials #4: Prof. Ognjen Miljanić 🌟
Prof. Ognjen Miljanic, Associate Editor of #OrganicMaterials and Professor at the University of Houston, specializes in #supramolecularchemistry and #nanomaterials: Designing #functionalmaterials for a wide range of applications.
