RT @JohanChangLab: 🤩Our nickelates studies published in @CommsMaterials @SpringerNature ! Check out the the giant unit-cell oxygen superst…

RT @MCriadoGonzalez: I am delighted to receive this recognition as an Outstanding Reviewer from @CommsMaterials for exceptional contributio…

How are #MOFs commercialized? Here, we talk with William Morris from @numattech where he gives his perspective on transitioning to industry and offers advice on making research more applicable to the real world

RT @drexelnano: Explore MXenes with Yury Gogotsi! In this interview, Gogotsi discusses the discovery of MXenes, their unique properties and…

A microscopy study of Cu₂OSeO₃ surfaces reveals unique magnetic textures, including in-plane stripes not found in the bulk

Reservoir computing is a neural network framework suitable for processing temporal and sequential information. Here, a polymeric colloidal suspension is investigated as a physical reservoir for reservoir computing in spoken digit recognition

Here, the effect of wettability in a slot-die coating hole transport layer is investigated, finding that increased surface roughness improves wettability and prevents pinhole formation, favoring solar cell efficiency

Biopolymers used in photonics are mainly limited to linear optical color responses. Here, photon upconversion crystals incorporated into bacterial cellulose films demonstrate non-linear optical applications in biopolymers @KMothPoulsen @twikpank

A comprehensive study examines four decades of solar desalination research, highlighting cost reduction strategies from photovoltaics and lithium-ion batteries

Research on crystalline ice films reveals that Angstrom-scale interface engineering can switch high-temperature proton order on the nano- to mesoscale

Understanding metal active sites is crucial for catalyst design. This research uses advanced microscopy and deep learning to map Pd atoms on MgO nanoplates, showing their interaction with surface defects

A recent study demonstrates a method to control organocatalytic activity in water. By applying or ceasing ultrasound, researchers can switch the catalytic activity on or off for ester hydrolysis reactions

Investigating hexagonal defects in artificial spin ice, researchers find they can stabilize diverse metastable states

Azobenzenes hold promise for optical humidity sensors, but challenges remain in moving from lab to market. This study explores how tautomerizable azobenzenes in polymer films respond to humidity, offering insights into improving sensor design

A study on NbSe₂ shows how uniaxial strain modifies its electronic properties. The findings reveal shifts in van Hove singularities, influencing the balance between superconductivity and CDW phases

Wearable sensors are transforming personalized medicine and sports by enabling real-time monitoring of physiological signals. This Perspective explores advancements in sensor technology, focusing on flexibility, self-healing, and self-powered designs

A dual-ligand bimetallic framework for anticancer treatment by @ntuzhaoyanli @NTUsg

RT @lazarjov: A perspective article on mechanical and electrochemical sensors that can be used in wearable technology for real-time health…

How can microfluidic synthesis of ZIF nano- and micro-particles become more reproducible? @wuttkescience and co-workers identify variables affecting this

Can copper improve the recyclability of sulfur-cured rubbers? Researchers investigate this by adding copper to natural rubber compounds, aiming to maintain bond integrity and promote network rearrangement during recycling