August 2025
https://mailchi.mp/9c84652d992c/ewear-newsletter-august-082625…
Read more about August 2025https://mailchi.mp/9c84652d992c/ewear-newsletter-august-082625…
Read more about August 2025
Prof. Gordon Wetzstein et al present an ultra-thin MR display design that combines waveguide holography and artificial intelligence (AI)-driven holography algorithms to create visually comfortable and perceptually realistic 3D MR experiences in a compact wearable device.
Read more about Synthetic aperture waveguide holography for compact mixed-reality (MR) displays with large étenduehttps://mailchi.mp/ea09ec563da8/ewear-newsletter-july-073125…
Read more about July 2025https://mailchi.mp/906e1dd520ff/ewear-newsletter-june-061725…
Read more about June 2025
Prof. Zhenan Bao, Prof. Carla Pugh et al designed a proof-of-concept multilayer, soft electronics capable of sensing damage in three dimensions, which may lead to practical applications damage-intelligent soft robots and in surgical simulation technology.
Read more about A damage-perceptive, self-healing electronic skin with millimeter resolution
Prof. Daniel Palanker, Dr. Mohajeet Bhuchory et al find that a 3D honeycomb-based approach to high resolution subretinal prosthesis has more promise than a prior design that used flat bipolar pixels.
Read more about 3D electronic implants in subretinal space: Long-term follow-up in rodentshttps://mailchi.mp/13e7c940cd51/ewear-newsletter-may-051525…
Read more about May 2025
Read more about eWEAR-X set to drive next generation of wearable technology
https://mailchi.mp/9ac7e894da63/ewear-newsletter-april-041025…
Read more about April 2025
Prof. Mark Brongersma, Prof. Nicholas Melosh, Prof. Eric Appel et al demonstrate dynamic, high-resolution color tuning and high-diffraction-efficiency beam-steering devices that operate at CMOS-compatible voltages, highlighting that the deformability of soft materials can enable body-worn technologies.
Read more about Electrochemically mutable soft metasurfaces