Nature materials

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Intensity-cycling transient scattering microscopy isolates single-particle versus multi-particle transport in van der Waals semiconductors, enabling correlated transport imaging and many-body interaction tracking.

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Lipid nanoparticles delivering Claudin18.2 CAR mRNA plus a TREM2 ligand drive TREM2 internalization and degradation in TREM2+ tumour-associated macrophages, reprogramming them and boosting CD8+ responses.

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No current human model platform fully closes the loop between sensing, tissue modelling, computational calibration, and feedback-guided intervention, limiting boundary-level biology studies.

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Adapt-ring networks (ARNs) mechanically trained under stress show up to an order-of-magnitude increases in Young’s modulus, tensile strength, fracture energy, and fatigue threshold.

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Bright and dark excitons in WS2 exciton-polariton waveguides enable an optical spin Hall effect that yields eight polarization domains and spin-polarized currents propagating up to 92 ± 1 μm at room temperature.

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A 3D-printed Cr-Fe-Co-Ni-Al-Ti-based MPEA with an intrinsically formed BCC/L2 1 cellular network maintains yield strength above 1 GPa and ~20% uniform elongation from 77 to 873 K.

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Increasing ligand deformability in assemblies of flexible, electrostatically active isotropic nanoparticles lowers lattice coordination numbers, enabling lower-coordination superlattices than hard-sphere packing would predict.

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Structuring ReS2 into a resonant metasurface splits the integer topological charge of quasi-bound states in the continuum into two half-integer polarization singularities, enabling directional far-field flatbands.

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Controlled electron-beam-induced dehalogenation fabricates free-standing monolayer CrO with single-atomic-layer square lattice, yielding single-crystalline domains exceeding 10 4 nm 2.

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At four unit cells of ultrathin BiFeO3, short-circuit electrostatic boundary conditions stabilize a collinear monoclinic phase with d-wave altermagnetic order.

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A III-nitride sensor-memristor exploits interfacial polarization to achieve nanowatt-per-square-centimetre light sensitivity, 10^6 A W^-1 responsivity, and 10^5 on/off ratio.

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Voltage-driven blistering of the confining walls in two-dimensional nanochannels is directly visualized as the key origin of memristive hysteresis, with two blister classes identified.

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Switching the static magnetization direction in waveguiding elements within a zero-bias magnonic network enables efficient control of spin-wave propagation paths.

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A bioresorbable, metal-free molecular magnet from graphitic carbon nitride achieves metallic-level ferromagnetism and enables continuous untethered multi-organ monitoring in porcine models.

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Magnetically tunable exciton-polariton condensation in CrSBr microcavities is achieved, with the condensate energy shifted by up to 10.5 meV using an external 2 T magnetic field.

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Gene-circuit instructions embedded in a cell-free microtubule network autonomously program active stresses that yield steady, pulsed, arrested, and oscillatory mechanical states.

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Polarization-controlled photoexcitation in SnSe shows nearly unity, time-independent valley polarization when exciting valleys at global conduction minima, unlike rapid subpicosecond reversal in the other valley channel.

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Single-crystalline La3Ni2O7 shows single-stripe magnetic order with a finite spin gap, anisotropic in-plane excitations, and bilayer modulation indicating antiferromagnetic interlayer coupling.