[14p-PB3-1~4] 1.5 Instrumentation, measurement and Metrology

[14p-PB3-4] Micro printing of metal nanoparticles for printed biodegradable trillion sensor

〇Nao Terasaki^1,2, Dorsey Kristen¹, Makihata Mitsutoshi¹, Arakawa Shunichi¹, Rolfe David¹, Herr John¹, Albert P Pisano¹ (1.UC San Diego, 2.AIST)

Keywords:printed devaice,biodegradable,trillion sensor

Printed and biodegradable devices are a promising technology for up-coming trillion sensor universe, in which over trillion of networked sensors will be used a year for smart solution on global social problem, such as energy, food, manufacturing, infrastructure etc [1]. To achieve the universe with using 100-folds number of networked sensors and same order of current resource as current, at most 1% of cost and environment impact is indispensable for technical breakthrough. From the viewpoint, we investigated platform technology for printed biodegradable devices and here successfully prepared nano- and micro- printed pattern of metal nanoparticles on biodegradable polymer substrate for the first time.