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#431Chemistry & Material ScienceFront Page6 February 2026

Amorphous MoSi Superconducting Thin Films: Scaling Quantum Fabrication Without the Crystal Lattice

Researchers have demonstrated a scalable method for depositing amorphous molybdenum silicide on nanowires, achieving a critical temperature of 7.25 K via magnetron co-sputtering. By abandoning rigid crystalline structures, the study suggests a more efficient, defect-tolerant path for fabricating quantum electronic components.

By Dipane, Zubkins, Kunakova, Dipans, Yager, Polyakov, Butanovs

#432Chemistry & Material ScienceFront Page11 November 2025

Unlocking New Reactivity: The Power of Strained Ring Metal Carbenes in Catalysis

Researchers are exploring a new frontier in organic synthesis: strained metal carbenes, which combine high-energy strained ring systems with metal carbenes. These unique structures exhibit distinct reactivity and selectivity compared to their non-strained counterparts. This emerging field holds significant promise for advancing synthetic and medicinal chemistry by enabling novel transformations.

By Ning, Zhao, Yan, Xia

#433Chemistry & Material ScienceFront Page15 February 2026

Conjugated Microporous Polymers: A Charge Towards Future Resilience

Recent synthesis of highly stable conjugated microporous polymers demonstrates exceptional redox kinetics and durability in battery cathodes. While this study focuses on energy storage, the structural versatility of this material class invites speculation regarding future applications in robust molecular engineering.

By Tanvir, Amin, Wei

#434Physics & AstronomyFront Page21 January 2026

Altermagnetism: The Third Magnetic Phase Reshaping Future Electronics

A newly characterised magnetic phase combines the stability of antiferromagnets with the utility of ferromagnets, offering a route to scalable spintronic technology. This review details the symmetry and microscopic signatures that define this distinct state of matter.

By Jungwirth, Sinova, Fernandes, Liu, Watanabe, Murakami, Nakatsuji, Šmejkal

#435Chemistry & Material ScienceFront Page6 February 2026

The Shape-Shifting Puzzle Board: A New Approach to the Green Synthesis of Silyl Ethers

Researchers have engineered a nickel-sulfur catalyst that structurally adapts during reactions to create perfect docking sites for molecules. This method replaces corrosive acids and expensive metals, achieving 99% efficiency in producing essential chemical bonds.

By Zhu, Liu, Ye, Chen, Deng, Zeng, Ding, Chen

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