SML research on Self-Healing Conductive Materials profiled in Nature
See this article in Nature, “Robot, repair thyself: laying the foundations for self-healing machines,” which profiles work from the Soft
Read moreSee this article in Nature, “Robot, repair thyself: laying the foundations for self-healing machines,” which profiles work from the Soft
Read moreCheck out this CBC article on tracking chronic itch in patients with eczema. It highlights work by Akhil Padmanabha in
Read moreSML work was profiled in this Scientific American article [link] on using soft robotics to study the biomechanics of an
Read moreCheck out this recent article in Scientific American [link] on self-healing soft machines. In this article, Prof. Majidi explains how
Read moreCheck out the recent article in Scientific American [link] on electronic skins for robotics. In this article, Prof. Majidi explains
Read moreThe ReSkin tactile sensor is highlighted in CNBC. The article includes an interview with Mark Zuckerberg, who explains the potential
Read moreProf. Majidi appeared on Cheddar TV to talk about stretchable batteries flexible electronics, and their impact for the future of
Read moreRecently aired interview on PBS SciTech Now where Prof. Majidi chats with Hari Srinivasan on self-healing soft electronics, ultratough elastomers,
Read moreCheck out the recent article in the Washington Post [link] on SML’s new “Terminator Skin”. The skin is made up
Read moreProf. Majidi chats with PBS’ Hari Sreenivasan about the next generation of electronic tattoos and wearables. The video was broadcast
Read moreSML and the Soft Robotics and Bionics Lab (PI: Yong-Lae Park) are profiled by PBS NOVA (WGBH). The story is
Read moreProf. Majidi is quoted by the LA Times in a story on a jumping soft robot from Harvard University. Check
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