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Mar 29, 2026

Materials Science Digest — 2026-03-29

This week in materials science, researchers made strides on multiple fronts: a nanometer-scale graphene switch promises to reshape future electronics, a prototype quantum battery demonstrated unprecedented ultra-fast charging via quantum "super absorption," and a twisted superconductor experiment upended decades of assumptions about strontium ruthenate. Meanwhile, IBM's quantum hardware achieved practical materials simulation, marking a milestone for real-world quantum computing applications.

5 min read/15 sources

Mar 27, 2026

Materials Science Digest — 2026-03-27

This week in materials science, researchers at Tel Aviv University unveiled a nanoscale graphene switch poised to reshape the future of electronics, while the graphene industry continues its commercial expansion heading into 2026. On the research frontier, topological acoustic tweezers published in *Science Advances* are emerging as a versatile platform for manipulating matter at multiple scales — from biomedicine to manufacturing. Fresh data from this period is limited to a handful of verified sources; we present only what has been confirmed as published after 2026-03-20.

5 min read/15 sources

Mar 22, 2026

Materials Science Digest — 2026-03-22

This week in materials science, the most notable developments include a significant commercial milestone in silicon battery materials manufacturing, accelerating solid-state battery commercialization in South Korea, and a newly published AI-powered digital ecosystem for materials design. The silicon battery scale-up by Group14 Technologies stands out as a potential inflection point for electric vehicle energy density, bringing next-generation anode materials closer to mass-market reality.

4 min read/15 sources

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