Research articles

Filter By:

  • Precise manipulation of colloids and cells is desired for material and life sciences. However, such control remains challenging without material modifications. Here, the authors achieve reversible single-particle manipulation with subwavelength resolution and high throughput using harmonic acoustics.

    • Shujie Yang
    • Zhenhua Tian
    • Tony Jun Huang
  • Semipermeable polymeric anion exchange membranes are essential for separation, filtration and energy conversion technologies such as fuel cells. Quasi-elastic neutron scattering is now used to disentangle water, polymer relaxation and OH diffusional dynamics in a commercially available membrane.

    • Fabrizia Foglia
    • Quentin Berrod
    • Paul F. McMillan
  • Wiring photosynthetic biomachineries to electrodes is promising for sustainable bio-electricity and fuel generation, but designing such interfaces is challenging. Aerosol jet printing is now used to generate hierarchical pillar array electrodes using indium tin oxide nanoparticles for high-performance semi-artificial photosynthesis.

    • Xiaolong Chen
    • Joshua M. Lawrence
    • Jenny Z. Zhang
  • Understanding exciton dynamics in quantum dots is important for realizing their potential in optoelectronics. Here, the authors use femtosecond transient absorption microscopy to reveal ultrafast exciton transport, enhanced at larger interdot distance and taking place within hundreds of femtoseconds after generation.

    • Zhilong Zhang
    • Jooyoung Sung
    • Akshay Rao
  • Measuring three-dimensional dielectric tensors is desired for applications in material and soft matter physics. Here, the authors use a tomographic approach and inversely solve the vectorial wave equation to directly reconstruct dielectric tensors of anisotropic structures.

    • Seungwoo Shin
    • Jonghee Eun
    • YongKeun Park
  • High-pressure synthesis is used to stabilize superconducting (Ba,K)SbO3, whose properties provide a fresh perspective on the origin of superconductivity in these types of materials.

    • Minu Kim
    • Graham M. McNally
    • Hidenori Takagi
    Article Open Access
  • The oxygen evolution reaction is central to making chemicals and energy carriers using electrons. Metal hydroxide–organic frameworks are shown to act as a tunable catalytic platform for oxygen evolution, with π–π interactions dictating stability and transition metals modulating activity.

    • Shuai Yuan
    • Jiayu Peng
    • Yang Shao-Horn
  • Two monomers with distinct solubility of their corresponding polymers in an ionic liquid enable tuning of the microstructure of the copolymers during their polymerization. Thus, energy dissipative and elastic molecular domains are created, resulting in highly tough and stretchable ionogels.

    • Meixiang Wang
    • Pengyao Zhang
    • Michael D. Dickey
  • Constitutive laws underlie most physical processes, but understanding chemo-mechanical expansion in heterogeneous solids is challenging. A physically constrained image-learning approach is now proposed to obtain fundamental insight into dislocations inside battery electrodes.

    • Haitao D. Deng
    • Hongbo Zhao
    • William C. Chueh
  • Lithium bis(trifluoromethanesulfonyl)imide is used as a conducting salt for rechargeable lithium metal batteries because of its stability, but corrosion with aluminium current collectors is an issue. A non-corrosive sulfonimide salt is shown to suppress anodic dissolution of an Al current collector at high potentials while improving cycling.

    • Lixin Qiao
    • Uxue Oteo
    • Heng Zhang
  • A multipole polaron, composed of a mobile electron dressed with a cloud of the quadrupole crystal-electric-field polarization, is identified in a rare-earth intermetallic.

    • Y. Arai
    • Kenta Kuroda
    • Takeshi Kondo
  • Integer topological defects promote cellular self-organization, leading to the formation of complex cellular assemblies that trigger cell differentiation and the formation of swirling cellular pillars once differentiation is inhibited. These findings suggest that integer topological defects are important modulators of cellular differentiation and tissue morphogenesis.

    • Pau Guillamat
    • Carles Blanch-Mercader
    • Aurélien Roux
  • Microscale architecting enables metamaterials to achieve mechanical properties not accessible to bulk materials. Here the authors show that established design protocols for the fracture of materials need to be revised to predict the failure of these materials.

    • Angkur Jyoti Dipanka Shaikeea
    • Huachen Cui
    • Vikram Sudhir Deshpande
  • The liquid nature of hard glasses is demonstrated by broadband stress relaxation experiments. The rheology and dynamic transition of various glass systems can be unified by a universal scaling law in the time–stress–temperature–volume domain.

    • Shuangxi Song
    • Fan Zhu
    • Mingwei Chen