Informationen zu Lehrveranstaltungen in Opal / Information about lectures can be found in Opal

Skip to content.

TUD

search  |  internal  |  deutsch
Personal tools
TU Dresden » Faculty of Mechanical Science and Engineering » Institute for Materials Science » Chair of Materials Science and Nanotechnology



Thursday, 20 June 2019
(at 13:15 in room 115, Hallwachsstr. 3)
Add to your Calendar


Magnetosensitive e-skins for interactive electronics

Gilbert Santiago Canon Bermudez


TU Dresden, HZDER
   






The rapid progress of electronics and computer science in the last years has brought humans and machines closer than ever before. A crucial component to enable these interactions is the field of flexible electronics, which aims to establish a seamless link between living and artificial entities using electronic skins (e-skins). E-skins combine the functionality of commercial electronics with the soft, stretchable and biocompatible characteristics of human skin or tissue. Until lately, the focus has been to replicate the standard functions associated with humans, such as, temperature, pressure and chemical detection. Yet, recent developments have also introduced non-standard sensing capabilities like magnetic field detection to create the field of magnetosensitive e-skins. The addition of a supplementary information channel—an electronic sixth sense—has sparked a wide range of applications in the fields of cognitive psychology and human-machine interactions. In this work, we expand the concept of magnetosensitive e-skins to include the notion of directionality and utilize the full interaction potential of the magnetic field vector. Three main results are attained in the course of this work: (i) we demonstrate the use of magnetosensitive e-skins for human-machine interfaces based on permanent magnet sources in the range of 5 mT. (ii) We realize the first magnetosensitive e-skins which are driven by the earth’s magnetic field (50 μT), and showcase their use for orientation and virtual reality game engines. (iii) We fabricate magnetosensitive e-skins to detect magnetic fields below 1 μT. The magnetosensitive e-skins in this work open up exciting possibilities for sensory substitution experiments and sensory processing disorder therapies. Futhermore, for human-machine interactions, they provide a new interactive platform for touchless and gestural control in virtual and augmented reality scenarios beyond the limitations of optics-based systems.

Invited by G. Cuniberti

Within the nanoSeminar

last modified: 2021.03.17 Wed
author: webadmin

contact
Prof. Dr. Gianaurelio Cuniberti
secretariat:
Ms Sylvi Katzarow
phone: +49 (0)351 463-31420
fax: +49 (0)351 463-31422
office.nano@tu-dresden.de
postal address:
Institute for Materials Science
TU Dresden
01062 Dresden, Germany
visitors and courier address:
HAL building
TU Dresden
Hallwachsstr. 3
01069 Dresden, Germany
Max Bergmann Center
TU Dresden
Budapester Str. 27
01069 Dresden, Germany