Communications Materials

Interesting work on water-soluble #Fullerene for device applications. @CommsMaterials nature.com/articles/s4324…

📝ICFO researchers shed light on how superconductivity’s precursor forms This new optical method's extreme sensitivity can detect subtle asymmetries in the sample's behavior that eluded earlier techniques. 🔗In @CommsMaterials Read the full story👉bit.ly/3UwnrTa

Our CNT high-temperature luminescence paper is now out in @CommsMaterials ! We have classified, from a thermodynamic point of view, the various luminescence of high-temperatures CNTs using the chemical potential. nature.com/articles/s4324…

CNT高温発光の論文が@CommsMaterials に出版されました！熱放射ではない、高温のルミネセンス現象を、熱力学の立場から真摯に（ここ重要）議論しました。読み物として面白いと思うので、是非読んでください。nature.com/articles/s4324…

ICMAB researchers have unveiled the magnetic structure of Cu/Fe layered perovskites!! 🔬 The study, published in @CommsMaterials, provides conclusive evidence of a spiral magnetic order persisting beyond room temperature. icmab.es/polarized-neut… 📜nature.com/articles/s4324…

A @Cornell-led collaboration has devised a method for designing metals and alloys that can withstand extreme impacts: introducing nanometer-scale “speed bumps” that suppress a fundamental transition that controls deformation. @CommsMaterials @CornellMAE news.cornell.edu/stories/2025/0…

Happy to share our work on the thermal transport properties of CALF-20, now published in @CommsMaterials!  Link to read: nature.com/articles/s4324… Grateful to Prof. Prabal K. Maiti for his invaluable guidance & thanks to @Physics_at_IISc!

Scientists from the #ASTRA beamline at the SOLARIS have demonstrated that the performance of lithium-sulfur (Li-S) batteries can be improved by replacing toxic substances with natural polymers and water. 🔗tiny.pl/n8x_8q69 A study published in @CommsMaterials showed that carrageenan, a natural polymer derived from red algae, binds the electrode more effectively than commonly used PVDF while enabling a more sustainable manufacturing process.

🤩Our nickelates studies published in @CommsMaterials @SpringerNature ! Check out the the giant unit-cell oxygen superstructure in infinite layer nickelates👇 nature.com/articles/s4324…

I am delighted to receive this recognition as an Outstanding Reviewer from @CommsMaterials for exceptional contributions to peer review. Thank you for this acknowledgement @NaturePortfolio! nature.com/commsmat/refer…

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 nature.com/articles/s4324…

Explore MXenes with Yury Gogotsi! In this interview, Gogotsi discusses the discovery of MXenes, their unique properties and potential in industries like medical tech and space travel, future applications and programmable nanomaterials. nature.com/articles/s4324…

A microscopy study of Cu₂OSeO₃ surfaces reveals unique magnetic textures, including in-plane stripes not found in the bulk nature.com/articles/s4324…

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 nature.com/articles/s4324…

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 nature.com/articles/s4324…

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 nature.com/articles/s4324…

A comprehensive study examines four decades of solar desalination research, highlighting cost reduction strategies from photovoltaics and lithium-ion batteries nature.com/articles/s4324…

Research on crystalline ice films reveals that Angstrom-scale interface engineering can switch high-temperature proton order on the nano- to mesoscale nature.com/articles/s4324…

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 nature.com/articles/s4324…

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 nature.com/articles/s4324…