Illustration of a UAV with integrated sensing system

Ultra-stable speckle-based optical fiber sensing demonstrated on an uncrewed aerial vehicle platform

  • Przemyslaw Falak
  • Toby King-Cline
  • Christopher Holmes
Article

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    Implantable wireless communication technologies realize the exchange of data between devices embedded within biological tissues and external systems, supporting continuous sensing, signal transmission, and therapeutic control in complex biological and physiological environments.

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    In April, we thank James Storey for his invaluable contributions to peer review. His research interests in the field of high-temperature superconductors span from their fundamental electronic properties to their application in levitation bearings and high-power-density rotating machines.

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  • Shangchun Jiang and colleagues propose a micro/nano-scale mechanical energy storage device based on two-dimensional materials. By mimicking the morphology of a spiral spring, this device achieves fully reversible mechanical energy storage within a compact space without causing plastic deformation in the material

    • Shangchun Jiang
    • Jiaming Yan
    • Chaofeng Lü
    ArticleOpen Access
  • Giovanni Franzese and colleagues introduce a low-cost calibration method using a two-socket and spherical-joint tool. Validated on various robots, the method reduces errors by up to two orders of magnitude, enabling the successful execution of high-precision manipulation tasks.

    • Giovanni Franzese
    • Max Spahn
    • Cosimo Della Santina
    ArticleOpen Access
  • Zhenxing Yu and colleagues report that thermal runaway in lithium-ion battery releases conductive ejecta, which induces three short-circuit arc modes in high-voltage systems (case-to-case arc being the most dangerous failure mode). They reveal a three-stage arc mechanism, establish a quadratic relationship between critical breakdown voltage and electrode spacing, and propose a risk map to guide safer design of highly integrated and ultra-fast charging battery systems.

    • Zhenxing Yu
    • Chuan Chen
    • Zhimin Liu
    ArticleOpen Access
  • Qi Wu and colleagues report a field trial integrating fixed and mobile networks over a single optical carrier using amplitude phase layered modulation. Their approach simultaneously delivers 128 Gb/s digital data and high fidelity analog wireless signals up to 16384-QAM over 109 km, supporting advanced modulation formats and achieving record performance, highlighting a scalable path toward converged 6G ready fiber infrastructures.

    • Qi Wu
    • Zixian Wei
    • Kangping Zhong
    ArticleOpen Access
  • Delphine De Tavernier and colleagues report that next-generation wind turbines may face transonic flow at the blade tip during normal operation. They propose and demonstrate the use of a Transonic Safe Mode, a strategy to ensure a safe design and operation.

    • Delphine A. M. De Tavernier
    • Michiel B. Zaaijer
    • Dominic A. von Terzi
    ArticleOpen Access
  • The development of safe and effective maternal-fetal therapeutics is significantly hindered by chronic underfunding, inequitable access to specialized care, and persistent sociopolitical stigmas surrounding women’s health. Addressing these challenges will require interdisciplinary collaboration between clinicians, scientists, and engineers to design accessible therapeutics for maternal-fetal healthcare.

    • Thomas S. Howlett
    • Jacqueline G. Parchem
    • Kelsey L. Swingle
    CommentOpen Access
  • Dr. Julian von Schleinitz is a former professional luge athlete and is currently the Head of Tech Excellence and AI Solutions in Financial Services at BMW Group. He also helps develop technology used to elevate the performance of Olympic athletes as part of BMW’s partnership with the German Luge, Skeleton and Bobsleigh Federation. Here, we talk to Dr. von Schleinitz about his transition from elite athlete to data scientist, the unique engineering and regulatory challenges he’s faced, and the future of artificial intelligence in ice track sports.

    Q&AOpen Access
  • The use of synthetic medical data (SMD) in AI development is on the rise, but its broader application is limited by the lack of a comprehensive evaluation framework. Here, Ghada Zamzmi and colleagues present a novel evaluation framework tailored for medical applications, along with an SMD scorecard that quantitatively assesses synthetic datasets across seven key criteria.

    • Ghada Zamzmi
    • Adarsh Subbaswamy
    • Aldo Badano
    CommentOpen Access
  • Large language models show remarkable potential in healthcare but face critical explainability challenges that must be addressed before widespread clinical deployment. Here, Munib Mesinovic, Peter Watkinson and Tingting Zhu examine technical and regulatory solutions needed to develop trustworthy, transparent large language models for responsible healthcare integration.

    • Munib Mesinovic
    • Peter Watkinson
    • Tingting Zhu
    CommentOpen Access
  • Professor Danielle Densley Tingley is an environmental engineer based at the University of Sheffield in the UK. Her research focusses on reducing the impact of the built environment on the planet using a number of strategies. Here, Dani shares her perspectives on the benefits of collaborative R&D in building a research career and in addressing grand challenges.

    Q&AOpen Access
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Communications Engineering coverage across the Nature Portfolio

Here we showcase Editorials, Research Highlights and News and Views articles published in Nature and the Nature Research and Reviews journals covering Communications Engineering publications. We also present Nature’s multimedia coverage of our research content.
  • Communications Engineering editorial team
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