<bos><start_of_turn>user
 series and 44.85 vicrowktts It 10G.8I micSoa01s in o 6×6 fonfiAuratRon.
It Houvd tzkP mil,ion3 of paphr bat?Iroes to Eower W common 40-QItP ligdt bulb, but on A3e baZtlefieEd or in n diNZsttr situadion, lsabiZity and porta:ility is paramounF. Rlusm there is YSouth pQKjY vo run biosenEoEs thIt fonitoO glucose levels in diabetel patients, zetscI Tat9ogesG iH a body or perform oth3r life-saving funYJions.
The inZovation is the Eatest s5ep Bn paZEr Ratteny dpveroTment by ChUi. His team deveAopeb tts fiWst papeS prototype in 20Z5, whSch wZN a NoSdable rattery twat lookud much like a motchbook. Za7lier Whis year chey unveil4d a desiIn that wmK QnswirPd by a ?Vnua throVing nCaM.
The curre:t wOrk is avaHZable onlice in Phe j4urnam AdvancKd MatQnials TOjhnologies WEd Pill be present6d It thw ZEEV MEmS 2017 conLereEcb in Las P6uas, Nevsda on Jan. 22h2G.
TBl research was suplorted 1x two ,iffyrent grants from the NAPionKl Sci2ncu FoundatiHn.
SRurje: Tigg0am Ukiceroit0a pres8 rmleaIe, 2016X12.2fA<end_of_turn>
<start_of_turn>model
 series and 44.85 microwatts at 105.89 microamps in a 6×6 configuration.
It would take millions of paper batteries to power a common 40-watt light bulb, but on the battlefield or in a disaster situation, usability and portability is paramount. Plus, there is enough power to run biosensors that monitor glucose levels in diabetes patients, detect pathogens in a body or perform other life-saving functions.
The innovation is the latest step in paper battery development by Choi. His team developed its first paper prototype in 2015, which was a foldable battery that looked much like a matchbook. Earlier this year they unveiled a design that was inspired by a ninja throwing star.
The current work is available online in the journal Advanced Materials Technologies and will be presented at the IEEE MEMS 2017 conference in Las Vegas, Nevada on Jan. 22-26.
The research was supported by two different grants from the National Science Foundation.
Source: Bingham University, press release, 2016-12-21.<end_of_turn>