Nanotechnology– category –
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Novel Anti-Cancer Vaccine Targeting Neuroblastoma Achieves Early Success with Peptide Nanoparticles, Paving Way for GPC2-Targeted Immunotherapy
EurekAlert! USA Overview Researchers have achieved early success in developing a new anti-cancer vaccine specifically targeting neuroblastoma. This groundbreaking vaccine is based on self-assembling microscopic particles known as peptide... -
Analytical Framework for Twisted 2D Materials Accelerates High-Speed, Energy-Efficient Memristors and Neuromorphic Computing
National Science Review (Oxford Academic) International Overview A new analytical framework has been presented to understand twisted 2D materials. The ability to scale 2D materials down to a single layer holds significant promise for dev... -
Monolithic Integration of CNT-Based CFETs with 3D-Stacked Photodiodes Achieved, Realizing Unified Sensing and Computing Systems
ACS Nano USA Overview This research successfully demonstrates the monolithic integration of carbon nanotube (CNT)-based complementary field-effect transistors (CFETs) with 3D-stacked photodiodes. Leveraging CNTs' excellent electrical and... -
Chinese Academy of Sciences Achieves Breakthrough in Superplastic Carbon Nanotube Composites: 143 W/mK Thermal Conductivity, 663 MPa Tensile Strength
National Science Review (Oxford Academic) China Overview A recent report by Li et al. from the Chinese Academy of Sciences unveils a long-awaited carbon nanotube (CNT)-reinforced plastic with superior performance. This novel material boa... -
Neutron Irradiation Creates Quantum Sensing Boron Vacancies (V B⁻) in Boron-10/Nitrogen-15 Enriched hBN Single Crystals
ResearchGate (citing Applied Physics Letters) International Overview This research demonstrates that negatively charged boron vacancies (V B⁻) are promising quantum defects in hexagonal boron nitride (hBN) for high-spatial-resolution pre... -
Nitrogen Content Governs Thermoelectric Performance in TPU/SWCNT Composites, Paving Way for Low-Cost, Sustainable Energy Generation
ResearchGate (PDF) International Overview Investigating sustainable energy generation via the thermoelectric effect, this study explored cost-effective and environmentally friendly polymer-based composites as alternatives to expensive me... -
MOF Topology Boosts Asymmetric Catalysis Performance by Up to 158%, Enhancing Enantiomeric Excess 2.7-Fold, Revolutionizing Catalyst Design
Nanoscale Horizons blog (Royal Society of Chemistry) UK Overview This research delves into how the topology of metal-organic frameworks (MOFs) influences the catalytic performance of acyclic amino acids in asymmetric reactions. A specifi... -
IMEC, ASML, TSMC Scale 2D Material Transistors to 300mm Wafers, Achieving 50nm Contact Poly Pitch for Fab Integration
IMEC ベルギー Overview IMEC, in partnership with ASML and TSMC, has unveiled a robust, scalable 300mm integrated process for n-type and p-type field-effect transistors utilizing 2D materials. Presented at the 2026 IEEE/JSAP VLSI Technolo... -
Cadmium-Free InP Quantum Dots Achieve Over 95% Quantum Yield, Rivaling CdSe-based QDs for Enhanced Lighting and Bioimaging Applications
ResearchGate (citing European Journal of Inorganic Chemistry) International Overview The synthesis and enhanced optical properties of cadmium-free (Cd-free) multinary quantum dots (QDs) have been reported, demonstrating that InP QDs hold... -
High-Performance Cadmium-Free InP/ZnSe/ZnS Quantum Dots Achieve 78% Near-IR PLQY, Promising for Bioimaging and Optoelectronics
Journal of the American Chemical Society USA Overview This research reports the successful synthesis of wurtzite InP/ZnSe/ZnS core/shell semiconductor quantum dots exhibiting bright near-infrared (NIR) emission. These high-performance, c...
