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Revolutionary Radiolabeling Technique Boosts Personalized Cancer Therapy
Co‑Cu Alloy on MOF Enhances Methane Production from CO₂ Reduction
Breast Cancer Cells Apply Force to Carve Pathways Through Tissue
High-Efficiency Infrared Photodetection Enabled by Novel van der Waals Heterostructures
Novel Quantum Phenomena Discovered in Natural Double-Layer Graphene
Smart Nanoparticle Uncovers Intermittent Fasting’s Heart‑Protective Effect in Chemotherapy Patients
Single-Atom-Kernel Nanocluster Catalyst Developed via Anti-Galvanic Reaction for Enhanced CO₂ Conversion
Harnessing 2D Molybdenum Telluride Boundaries for Electrical Generation
Microneedles Unlock Curcumin’s Full Therapeutic Potential
Graphene Turns Waste into Gold: A High-Efficiency Extraction Breakthrough
Boron Nitride Nano-Coatings: A Safe, Highly Effective Alternative to Antibiotics
Innovative In‑Situ Technique Enables Rapid Fabrication of Ordered Gold Nanoparticle Arrays with Enhanced Plasmonic Performance
Microrobot Swarms Could Clear Blocked Medical Devices, Reducing Surgery – Essex Research
Revolutionizing Patient Avatars with Micro‑Organospheres: Advancing Precision Medicine
Real-Time Nanoscale Visualization Powered by Open-Source Software
Maximizing Friction in Nanoscale Liquid Flow: Insights from Simulation Studies
Nanorod Therapy Overcomes Tigecycline Resistance in Klebsiella pneumonia
From Compost to Electronics: Bio-Based Materials Recover Rare Earth Elements
Scientists Urge Further Research to Restore Nitrogen Cycle Balance
Understanding Chirality and Its Role in Chiral-Induced Spin Selectivity
Ultra-Fast Electron Dynamics: Probing Ion-Matter Interactions on the Femtosecond Timescale
Breakthrough: Scientists Create BBB-Permeable Nanoparticles to Target Alzheimer’s Therapy
Revolutionary Platform Promises Easier, Affordable Gene Medicine Delivery
Advanced Airborne Nanoplastic Detection Using Carbon‑Dot Sensors
Scientists Identify Critical Factors Driving Carbon Nanotube Toxicity
Researchers Decode Ultrafast Signals in Valleytronic 2D Materials
Dual-Mode Nanotransistor Sensor Captures Electrical & Mechanical Activity in Cardiac Cells
Nano-DMFC: A Novel Digital Droplet Microfluidic Flow Cytometry for Multi‑miRNA Detection in Single CTCs
Researchers Achieve Precise Microscopic Control of Magnetism
Revolutionary Granular Hydrogel Bioink Boosts Tissue Bioprinting Precision and Porosity
New Findings on Interactions Between Topological Insulators
How Nanopores Shape Ion Transport and Acidic Microenvironments
Ultra‑Compact, High‑Performance Filter Capacitor Built on Integrated Carbon Tube Grid Architecture
Accelerated Analysis of 2D Materials for Next-Gen Quantum and Electronic Devices
Revolutionary Nanosensor Unveils Real-Time Dopamine Release Dynamics
Tsukuba Scientists Unveil Micrometer-Scale Hollow Crystal Vessels for Nanotech Storage
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Nanotechnology
Nanotechnology
Room‑Temperature Spin‑Galvanic Effect Achieved in Graphene–Topological Insulator Hybrid
Porous MoS₂ Morphologies Deliver Superior Phenol Hydrogenation Efficiency
Tumor Blood Vessel Normalization Significantly Enhances Delivery of Ultra‑Small Nanomedicines
Achieve Ideal Cerium Dioxide Nanocrystals—Just Add Water
Enhancing Energy Efficiency Atom by Atom with Molecular Beam Epitaxy
Breakthrough Graphene Quantum Dots Enable High-Quality Single-Electron Transistors
Graphene Demonstrates Unprecedented High-Current Transport at the Nanoscale
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