Recent #Virtual Reality news in the semiconductor industry
The Minister for Culture and Science of North Rhine-Westphalia, Ina Brandes, visited the 'Lab-on-Tour' science truck at the Hamm-Lippstadt University of Applied Sciences (HSHL) campus on April 16, 2025. The 'Lab-on-Tour' is part of the 'Digitalise_SWF' project started in 2023, funded by the Federal-State Initiative 'Innovative University'. Minister Brandes gained insights into the activities of the transfer project and experienced virtual reality and driving simulations in the truck.
Brandes emphasized the importance of nurturing young talents in MINT subjects and the role of the science truck in engaging students in mathematics, informatics, natural sciences, and technology. The project aims to strengthen digitalization skills in the region and benefit small and medium-sized enterprises.
During the visit, the focus was on virtual and augmented reality in product development and connected mobility, showcasing a virtual industrial environment and a driving simulator.
➀ A research team at the Helmholtz-Zentrum Dresden-Rossendorf (HZDR) has developed an e-skin that detects and tracks magnetic fields with high precision.
➁ The technology is designed to be light, transparent, and permeable, mimicking the human skin's interactions with the brain.
➂ The e-skin uses a magnetosensitive layer as a global sensor to localize magnetic signals and is capable of reconstructing signals similar to how the human brain processes touch.
➀ A research team led by the Helmholtz-Zentrum Dresden-Rossendorf (HZDR) has developed an electronic skin capable of sensing and tracking magnetic fields with a single global sensor. This technology could enable new applications in virtual reality and underwater smartphone interaction.
➁ The e-skin is lightweight, transparent, and breathable, imitating the interaction between real skin and the brain. It uses a magnetosensitive functional layer as a global sensor surface, improving energy efficiency and mimicking real skin's functionality.
➂ The technology uses tomography, a method also used in medical MRI or CT scans, to reconstruct the position of signals, making it suitable for applications in robotics and human-machine interaction.
➀ The Asus AirVision M1 AR glasses are reviewed for their performance and design, highlighting their $699 price tag and issues with focus and build quality.
➁ The glasses are designed for use with Windows-based devices and are intended to pair with Asus' ROG Ally gaming handheld series.
➂ Despite their lightweight design and bright displays, the AirVision M1 struggles with focus issues and uses low-quality plastics, making it a less appealing purchase.