New Technology– category –
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Sugarcane Waste Transformed into Biodegradable Nanocellulose Films with Over 70 MPa Tensile Strength, Challenging Plastic Packaging
Research Publication / Industry Report Global Overview Researchers have successfully transformed sugarcane waste (bagasse) into biodegradable nanocellulose-reinforced films boasting a tensile strength exceeding 70 megapascals, comparable... -
Argo Graphene Solutions Appoints Dr. Said Al-Hallaj, Leading Battery and Energy Storage Scientist, to Board of Directors
GlobeNewswire / Argo Graphene Solutions Corp. Canada Overview Argo Graphene Solutions Corp. has appointed Dr. Said Al-Hallaj, a leading expert in battery and energy storage, to its Board of Directors. Dr. Al-Hallaj's extensive expertise ... -
Magnetic Nanomaterial Achieves Over 95% Removal of Microplastics and 85% of PFAS from Water in One Hour
Facebook (Scientific Community Post) Global Overview Researchers have developed a magnetic nanomaterial capable of removing over 95% of microplastics and 85% of specific PFAS (perfluorodecanoic acid) from water within one hour. These reu... -
Sparc Technologies Achieves First Commercial Delivery of ecosparc® Graphene Additive for High-Performance Coatings
Sparc Technologies (via ASX announcement) Australia Overview Sparc Technologies has completed its first commercial delivery of 160kg of ecosparc® graphene additive to a Tier 1 coating customer, marking a significant milestone after years... -
Nanotechnology Revolutionizes Cancer Therapy: Magnetic Nanobots, mRNA Cancer Vaccines, and Gold Nanoparticle Photothermal Treatment Advance
Facebook (Scientific Community Post) Global Overview Nanotechnology is making groundbreaking strides in cancer treatment, with breakthroughs including magnetic nanorobots for targeted drug delivery, mRNA cancer vaccines encapsulated in l... -
Wide Bandgap ZnTeSe Quantum Dot Interlayer Boosts All-Inorganic InP QLEDs to 6.7% External Quantum Efficiency
AIP Publishing USA Overview This study achieved high-efficiency all-inorganic InP QLEDs by introducing a tellurium-alloyed ZnTeSe quantum dot (QD) interlayer. This interlayer simultaneously passivates interfacial defects, suppresses elec... -
Lewis Acid-Driven Perovskite QD Surface Reconstruction Enables Deep-Blue LEDs Approaching Rec. 2020 Standard with 8.5% Peak EQE
Nano Letters | ACS Publications USA Overview This study reports the development of high-performance deep-blue LEDs approaching the Rec. 2020 standard, achieved through a Lewis acid-driven perovskite quantum dot (PQD) surface reconstructi... -
Graphene Oxide-Reinforced Upcycled Eggshell Membranes Achieve High-Performance Dye Separation for Low-Cost, Scalable Water Purification
Materials Advances | The Royal Society of Chemistry UK Overview This study demonstrates that upcycled eggshell membranes (ESMs) reinforced with graphene oxide (GO) can be utilized for high-performance dye separation. The GO membrane's na... -
Quantum Dots Advance Cancer Therapy with Enhanced Imaging and Drug Delivery, Overcoming Toxicity Barriers for Clinical Translation
IJPS Journal Global Overview This review emphasizes quantum dots (QDs) are extensively researched for bioimaging and drug delivery in cancer therapy due to their unique optical properties, particularly intense fluorescence. QDs can addre... -
Electrospun Smart Nanofibers Expand Revolutionary Applications Across Sports, Health, and Biomedical Fields
ACS Publications USA Overview This research reviews how electrospun nanofibers, imbued with 'smart' properties over the past decade, are enabling novel applications in sports, health, and biomedicine. Smart pressure-sensitive fibers can ...
