Leading research in materials science and its connections with chemistry, physics, health and life sciences.
Joined August 2024
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Scilight Materials retweeted
🌍 We're Scilight Press
An open-access academic publishing platform connecting cutting-edge research with scholars worldwide.
Connecting global wisdom to create an open and intelligent academic future.
Can lattice vibrations help control quantum states?
As light, magnetism and spin converge in 2D materials, this week’s paper reviews how coherent phonons can tune electronic, optical and spin behavior.
🔗sciltp.com/journals/ldm/arti…
#QuantumMaterials #ScilightMaterials
📌 Paper of the Week 2 is here!
A recent EurekAlert report highlights advances in catalytic carbon conversion.
This week's Scilight article presents tandem catalytic for converting methane into acetic acid under mild conditions.
sciltp.com/journals/mi/artic…
#PaperOfTheWeek #catalysis
📌Paper of the Week 1 is here!
A recent EurekAlert report suggests Cu-based MOF thin films may deviate from conventional structural models.
Scilight AC article highlights coverage-dependent phase transitions in surface-confined MOFs.
🔗sciltp.com/journals/ac/artic…
#MOF #PaperOfTheWeek
🚀 Welcome to Paper of the Week, a new weekly series from Scilight Materials!
Each week, we spotlight one standout paper in materials science.
Our first feature is coming soon! Which topic would you like to see first?
#PaperOfTheWeek #MaterialsScience #ScilightMaterials
🎉Celebrating 126 years of the Nobel Foundation.
From the 2010 Nobel Prize in Physics to next-generation electronics, graphene continues to shape the future.
Recommended:
"Applications of Graphene in Post-Moore Electronic Devices"
sciltp.com/journals/git/arti…
#Graphene #NobelPrize
NiFe foam isn’t just a scaffold—it’s a secret catalyst! Korean team grows NiAl-LDH nanoplates on NiFe instead of plain Ni
Read more：
sciltp.com/journals/mi/artic…
#OER #WaterSplitting #NiFeFoam #NiAlLDH #HydrogenEconomy #CleanEnergy
UCLA team makes hydrogel sensors truly view-angle-free! Tuning film thickness to 300 µm lets surface wrinkles scatter visible light omnidirectionally, erasing >80 % orientation error.
Read more:
sciltp.com/journals/mi/artic…
#SmartHydrogel #SoftRobotics #MaterialComputing #Biosensors
Scilight Materials retweeted
This review explores emerging piezoelectric metamaterials for biomedical applications. It provides an overview of piezoelectric materials, explore the advanced engineering approaches and discuss key biomedical applications. #Metamaterials #MI
🧐Read more:
sciltp.com/journals/mi/artic…
Scilight Materials retweeted
This article about new piezoelectric catalytic materials reports the synthesis of Mn2+-doped ZnS nanocrystals with improved piezoelectric properties using an emulsion-based colloidal assembly technique.
#Piezocatalysis #MI #Piezoelectricity
🙌Read more:
sciltp.com/journals/mi/artic…
Scilight Materials retweeted
⚡️A perspective by Dr. Yu and Dr. Yang:
An electrochemical oxidation method is used to illustrate the feasibility in controlling and understanding the surface oxidation.
#MolybdenumCarbide #SurfaceComposition #Oxycarbide #Electrocatalysis
👇Read more:
sciltp.com/journals/mi/artic…
💥The first issue is coming with a big bang!
😃Do you want to know the inspiration for founding this journal and the content summary of the issue?
🙌Let's read the editorial written by editor-in-chief Prof. Younan Xia together.
👀Learn more:
sciltp.com/journals/mi/artic…
#MI #journal
💥The first issue is coming with a big bang!
Do you want to know the inspiration for founding this journal and the content summary of the issue?
Let's read the editorial written by editor-in-chief Prof. Younan Xia @GeorgiaTech together.
👇Learn more:
sciltp.com/journals/mi/artic… #MI
Scilight Materials retweeted
💡IT'S HERE! We proudly launch #eChem, a new Gold Open Access journal for the electrochemical revolution!
🙌Join us in charting the future. Submit your breakthrough work today!
🔗Explore the Inaugural Editorial: sciltp.com/journals/eChem/ar…
#electrochemistry #energy @scilightpress
A new bi-directional drug delivery system optimizes healing by reducing adhesions and enhancing tendon matrix synthesis. This innovation could transform recovery after flexor tendon injuries.
sciltp.com/journals/mi/2024/…
#TendonRepair #BiomedicalInnovation #DrugDelivery
Silver-platinum hollow nanoparticles boost sensitivity and efficiency in colorimetric lateral flow assays, enabling picogram-level biomarker detection.
sciltp.com/journals/mi/2024/…
#Nanotechnology #Diagnostics #BiomedicalInnovation
Optimized protein loading in ZIF-90 crystals ensures structural integrity and enhances biopreservation. A breakthrough for drug delivery and diagnostics!
Learn more: sciltp.com/journals/mi/2024/…
#MOFs #Biopreservation #DrugDelivery
Explore how advanced molecular designs and 3D assemblies of piezoelectric metamaterials enable breakthroughs in tissue engineering, drug delivery, and biosensing.
sciltp.com/journals/mi/2024/…
#Piezoelectric #BiomedicalInnovation #HealthcareTech
Molybdenum carbide (Mo₂C) nanoparticles are revolutionizing hydrogen evolution and energy conversion. This study reveals how surface compositions impact performance, bridging the gap to cleaner energy solutions.
sciltp.com/journals/mi/2024/…
#GreenEnergy #HydrogenTech #Catalysts
Discover how cathodic corrosion in CuNi electrocatalysts enhances CO₂ reduction efficiency, enabling sustainable production of multi-carbon fuels and chemicals.
Explore this groundbreaking study in catalyst evolution!
sciltp.com/journals/mi/2024/…
#MI #nanoparticles #Materials
Discover how MnO₂ nanotubes enable controlled polymerization of aniline, creating conducting PANI nanotubes. This method allows for silica-coated PANI, unlocking applications in energy, sensors, and composites.
doi.org/10.53941/mi.2024.100…
#Nanotech #MaterialsScience #Innovation
