New Composite Materials Merge Carbon Capture and Catalysis in One Step
A new review describes composite materials that simultaneously adsorb CO2 and catalyze its conversion into valuable products.
Tag: MXenes
Lithium-Ion Batteries and Capacitors Converge as Electrode and Electrolyte Advances Reshape Energy Storage
A new review maps how electrode materials, electrolyte chemistry, and interfacial stability jointly shape the performance, safety, and sustainability of ...
Gold, Magnets and MXenes: How Nanomaterials Are Rewriting Rapid DNA Diagnostics
A new review details how gold nanoparticles, magnetic particles and two-dimensional materials are enhancing isothermal amplification assays across sample preparation, ...
Nanomaterial Biosensors Show Lab Brilliance but Struggle to Reach the Clinic
A new review finds nanomaterial-enabled biosensors achieve extraordinary detection limits in laboratories but rarely survive clinical translation due to reproducibility, ...
Paper Grows Up: How Cellulose Substrates Are Becoming Active Sensing Platforms
A new review details how cellulose and paper substrates have become active, tunable platforms for electrochemical, gas, optical, and wearable ...
New Open Access Journal Discover Surfaces Launches with Inaugural Editorial
The editors of the new fully open access journal Discover Surfaces trace the field from Agnes Pockels' kitchen-table experiments to ...
Review Highlights MXenes as Conductive Scaffolds for Next-Generation Cardiac Patches
A new review in Annals of Biomedical Engineering examines how conductive two-dimensional MXene nanomaterials could advance cardiac patch design for ...
Biosensors That Never Sleep: New Review Maps Roadblocks on the Path to Continuous Health and Environmental Monitoring
A sweeping review of 144 studies charts how advanced materials and connected technologies are pushing biosensors toward round-the-clock monitoring of ...
Lithium-Selective Membranes Face a Hard Trade-Off Between Selectivity and Productivity, Review Finds
A new mini-review standardizes performance metrics across lithium-selective membrane types, revealing a fundamental trade-off between selectivity and productivity that constrains ...
Engineered 2D Nanomaterials Are Powering the Next Wave of Disease-Detecting Biosensors
The emergence of two-dimensional nanomaterials as sensing elements reflects a broader shift in diagnostic thinking. Conventional clinical diagnostics often rely ...
Niobium MXene Contacts Unlock High-Performance p-Type 2D Transistors
Researchers have shown that solution-processed niobium carbide MXene electrodes deliver cleaner, lower-resistance contacts than platinum or gold for p-type 2D ...
Radar-Absorbing Materials Get a Structural Upgrade as Multifunctional Composites Come of Age
A new review in the Journal of Materials Science maps how multifunctional polymer composites, metamaterials, and active structures are merging ...
Silicon-swapped selenide sheets emerge as fast-charging battery anodes in simulations
A new density functional theory study identifies silicon-substituted titanium, zirconium, and hafnium selenide monolayers as stable, metallic, fast-diffusing anode candidates ...
New family of atomic-thin electride materials discovered
An exploratory investigation into the behavior of materials with desirable electric properties resulted in the discovery of a structural phase ...
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