Media Coverage
2013
“Imperceptible electronics that are lighter than a feather”
(Published in Nature, July 25, 2013) |
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2013.09.05 | Bionic Skin | BBC World Service [online radio ] |
2013.07.29 | Zweite Haut: Ultraleichte Bauweise macht Sensoren dehnbar | Deutsche Mittelstands Nachrichten [online] |
2013.07.25 | Elektrofolie: Ultraleicht und unverwüstlich | Science ORF.at(APA) [online] |
2013.07.25 | Japan team develops micro-thin electric circuit | The Economic Times [online] |
2013.07.25 | Ultra-thin circuit holds promise for health care | The Straits Times[newspaper] |
2013.07.25 | Ultraleichte Bauweise macht Sensoren dehnbar | nds-nachrichten [online] |
2013.07.25 | Elektronikfolie mit verblüffenden Eigenschaften | derStandard.at [online] |
2013.07.25 | Feather-light electronics creates e-skin | ABC Science [online] |
2013.07.25 | New Tactile Sensor Is Lighter Than A Feather | Popular Science [magazine] |
2013.07.25 | Feather-light sensors are as comfy as a second skin | New Scientist [magazine] |
2013.07.25 | Introducing “Imperceptib ly” Thin Electronics | SCIENTIFIC AMERICAN [magazine] |
2013.07.25 | Tissue-Thin Electronics That Float on the Breeze | IEEE Spectrum [magazine] |
2013.07.25 | [AFP-a]Experts develop micro-thin electric circuit | iol [online] |
2013.07.25 | [AFP-b] Japan team develops micro-thin electric circuit | The Malay Mail Online [online] |
2013.07.25 | [AFP-c] Japanese team unveils ultra-thin, flexible circuit | Taipei Times [online] |
2013.07.25 | [AFP-d
] Japan team develops electric
circuit which may be implanted in humans Print Email |
Channel NewsAsia [online] |
2013.07.25 | [AFP-e ] Japan team develops micro-thin electric circuit | New Straits Times [online] |
2013.07.25 | [AFP-f ] Japanese team develops micro-thin electric circuit | Japan Today [online] |
“Ultrathin, highly flexible and stretchable PLEDs”
(Published in Nature Photonics, July 28, 2013) |
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2013.07.31 | Highly flexible OLED light source has 10 micron bend radius | Laser Focus World [online] |
2013.07.31 | Japanese Researchers Develop Highly-flexible OLED Light Source | LEDinside [online] |
2013.07.30 |
Highly-flexible OLED lighting prototype to enable thin flexible medical sensors |
OLED Info.com (Tech-on!) [online] |
2013.07.30 |
Cooperation between Japan and Linz Leads
to the Development of the World’s Most |
Opli.net [online] |
2013.07.29 | Forscher entwickeln ultradünne Leuchtdioden | der Standard.at [online] |
2013.07.29 |
Forscher bauten ultradünne, flexible, dehnbare LEDs
Auf dem Weg zum biegsamen Bildschirm |
Wiener Zeitung (APA) [online] |