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quantum materials
Trends
- 1Schrödinger's equation marks 100 years of shaping quantum chemistry●100 years ago, Schrödinger’s equation shed light on quantum physics – scientists use it today to fine-tune chemical reac
One hundred years after Erwin Schrödinger formulated his famous equation, the centenary is drawing attention to how foundational the equation remains. Scientists now use it routinely to model atoms and molecules, helping them predict and fine-tune chemical reactions. Commentators note it transformed physics in the 1920s and continues to underpin modern quantum chemistry and materials research.
- 2Quantum geometry found to boost superconductivity and stiffness●Superpotential enhanced superconductivity and robust stiffness shaped by quantum geometry
A new study published in Nature reports that quantum geometry can enhance superconductivity, with superpotential effects producing stronger superconducting states and unusually robust stiffness. The finding suggests that the geometric properties of quantum wavefunctions, not just band structure, can be used to engineer materials that superconduct more stably. Physicists are discussing the work as a potential route to designing next-generation superconductors.
- 3Physicists Report Superconductor That Breaks Time Symmetry▼Physicists Find a Superconductor That 'Breaks' The Symmetry of Time – A First For Its Kind
Physicists report the first known superconductor that breaks time symmetry, a discovery described as a first of its kind. In such a state, the material's behaviour changes under time reversal, something ordinary superconductors do not do. If confirmed, the finding would open a new class of superconducting materials and interest researchers studying exotic quantum phases.
- 4UW Physicist Yankowitz Named Moore Foundation Investigator▼Yankowitz Selected as Moore Foundation Experimental Physics Investigator
University of Washington physicist Matthew Yankowitz has been selected as an Experimental Physics Investigator by the Gordon and Betty Moore Foundation. The honor recognizes leading experimental physicists and provides substantial long-term support for research. Yankowitz, known for work on quantum materials including twisted bilayer graphene, joins a select cohort of investigators backed by the foundation's flagship physics program.
- 5Researchers Link Chirality To Spin Through Symmetry Principles▼Researchers Link Chirality To Spin Via Established Symmetries
Physicists report a theoretical connection between chirality, the handedness of molecular or physical structures, and spin, using well-established symmetry principles rather than new experimental results. The work ties two properties usually treated separately into a single framework, which researchers say could clarify how handedness and rotational behavior influence each other in quantum systems and materials.
- 6Electrons slow to a crawl in strange new quantum state●Electrons slow to a crawl in a strange new quantum state https://www. sciencedaily.com/releases/2026 /09/260929053548.ht
Researchers report observing a new quantum state of matter in which electrons move extremely slowly, a striking departure from their usual rapid behaviour in materials. The finding, covered by ScienceDaily, is drawing attention from physics enthusiasts online, who are sharing the study and debating what such heavily slowed electrons could mean for understanding exotic materials and future technologies.
- 7Quantum Computing Could Cut Industrial Emissions, BCG Report Finds●Quantum Computing Could Cut Industrial Emissions Without an AI-Sized Footprint, BCG Finds
A new Boston Consulting Group analysis argues quantum computing could help reduce industrial emissions significantly while consuming far less energy than AI data centres. The report positions quantum technology as a climate tool for energy-intensive sectors such as chemicals and materials, offering emissions cuts without the large power footprint associated with artificial intelligence infrastructure.
- 8Schrödinger's equation marks 100 years of shaping quantum science▼100 years ago, Schrödinger’s equation shed light on quantum physics – scientists use it today to fine-tune chemical reactions
One hundred years after Erwin Schrödinger formulated his famous equation, physicists and chemists are marking the centenary of a breakthrough that underpins modern quantum mechanics. The equation describes how quantum systems evolve, and scientists now use it to model and fine-tune chemical reactions with remarkable precision. Commentators note its enduring influence spans from fundamental physics to practical chemistry, computing and materials science.
- 9Physicists Measure Quasiparticle Carrying a Quarter of Electron's Charge▼Physicists Just Measured a Quasiparticle With One-Quarter of an Electron’s Charge
Physicists have reported measuring a quasiparticle that carries exactly one-quarter of an electron's charge, a fractionally charged excitation emerging from collective behaviour in a material rather than a standalone particle. The result, covered by ZME Science, touches on fractionalization phenomena studied in condensed matter physics and could inform research into exotic quantum states and future quantum technologies.
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Physicists report observing a new quantum state of matter in which electrons move at a drastically reduced speed, behaving far differently than in ordinary conductors. The finding, covered by science outlets, sheds light on exotic electron interactions and could inform future research into quantum materials and technologies. Details of the material and experimental conditions remain limited in the initial coverage.