Q&A with Wearable Technologies Associate Editor: Vineet Vashista
Associate Professor Vineet Vashista, Indian Institute of Technology Gandhinagar answers our questions about their work and Cambridge University Press’s journal Wearable Technologies.

Associate Professor Vineet Vashista, Indian Institute of Technology Gandhinagar answers our questions about their work and Cambridge University Press’s journal Wearable Technologies.

Professor Shaoping Bai, Aalborg University, Denmark answers our questions about their work and Cambridge University Press’s journal Wearable Technologies.

Professor Lotte N. S. Andreasen Struijk, Aalborg University, Denmark] answers our questions about their work and Cambridge University Press’s new journal Wearable Technologies.

Professor Hyung-Soon Park of KAIST, South Korea, answers our questions about their work and Cambridge University Press’s Open Access journal Wearable Technologies.…

Professor Huichan Zhao, Tsinghua University answers our questions about their work and Cambridge University Press’s new journal Wearable Technologies

Dr Faruk Kececi, Abdullah Gul University, Turkey answers our questions about his work and the journal Robotica.

Oncoming Associate Editor Lorenzo Masia Institut für Technische Informatik (ZITI) answers our questions about their work and Wearable Technologies, the first journal dedicated to publishing original research, review articles and industrial developments related to wearable devices.

Associate Professor, Mehmet İsmet Can Dede, İzmir Institute of Technology, Izmir, Turkey answers our questions about his work and the journal Robotica.

Current underwater vehicles are either difficult to manoeuvre making them unsuitable for sensitive work, or are extremely expensive. Gabe Weymouth and his team at the University of Southampton are designing new underwater robots based on the Plesiosaur – the dinosaur behind the legend of the Loch Ness Monster – which are much smaller, cheaper and more energy efficient.…

Professor Tom Sugar of Arizona State University, USA answers our questions about his work and Cambridge University Press’s new journal Wearable Technologies

Associate Professor Nicola Vitiello of the Biorobotics Institute, Sant’Anna School of Advanced Studies – Pisa, Italy, answers our questions about his work and Cambridge University Press’s new journal Wearable Technologies.…

Associate Professor He (Helen) North Carolina State University, answers our questions about her work and Cambridge University Press’s new journal Wearable Technologies

Associate Professor Peter B. Shull of Shanghai Jiao Tong University,answers our questions about his work and Cambridge University Press’s new journal Wearable Technologies

Professor Dario Farina, Department of Bioengineering, Imperial College London, answers our questions about his work and Cambridge University Press’s new journal Wearable Technologies.

Associate Professor Panos Artemiadis, University of Delaware, Newark DE, answers our questions about his work and Cambridge University Press’s new journal Wearable Technologies.

Current underwater vehicles are rigid in structure which limits their suitability for many tasks required for ocean exploration. Francesco Giorgio-Serchi is working with a team at the University of Southampton to design new robots based on squids and octopuses that are made entirely from silicone.…

Cambridge University Press is pleased to announce a major new open access journal, Wearable Technologies, the first journal dedicated to publishing original research and industrial developments related to wearable devices.

There has been a notable trend in storytelling toward the redemption of beings that were once considered purely evil. In fantasy, for example, dragons have evolved from simple, violent animals into noble beasts, often of near- or above-human intellect, who act as helpers of humanity or as heroes in their own right. In science fiction, we’ve seen a similar shift in the purpose and personality of robotic characters. In her article in the April 2019 issue of MRS Bulletin, Hortense Le Ferrand, recipient of the 2018 MRS Bulletin Postdoctoral Publication Prize, connects the emergence of benevolent robots to “the use of soft materials, characterized by conformability, colors, and constant adaptation to the environment.”

When the first targets for the National Ignition Campaign (NIC) at Lawrence Livermore National Laboratory (LLNL) were built to be fielded on the National Ignition Facility (NIF) in the late 2000’s, the assemblies were handcrafted, meticulously measured, and carefully tested. The resulting assemblies were literally one-of-a-kind and fairly fragile pieces of art, as well as fully functional high energy density physics targets. They were true engineering marvels.