Welcome to FAND Group at KAIST

					Flexible and Nanobio Device Lab
					Flexible and Nanobio Device Lab

Introduction

Our research goal of FAND group is to develop the flexible electronic systems using high performance nanomaterials and soft electronic technologies. This flexible technology could provide interesting opportunities for printable electronics such as flexible displays, artificial skins, biosensors, roll-up communication, and biomedical applications for human body integration. Our laboratory is also involved in the development of flexible energy systems such as self-powered nanogenerator and batteries for not only operating the mobile consumer electronics but also convirting the tiny movements of human into electricity. Our studies are also interested in developing new flexible nanomaterials using laser material interaction such as excimer or solid state laser in the application fields of 3D IC, nanomaterial research, localized high temperature crystallization and thermal annealing that are compatible with flexible substrates.

Another research aim of our group is to develop VLSI (very large scale integration) utiling the semiconductor nano-transisotors. Innovative device structures, new materials and process are investigated to overcome the limitation of current MOSFETs. Finally, integrating state-of-art nanodevice technologies for flexible VLSI technology allows to open new fusion applications in the field of IT, health, and nano-bio technologies.

Link

Notice

Prof. Lee is invited as 'Invited Speaker' at MRS (SF. Apr 13).

FAND's flexible battery is highlighted in Nature as'The Most Viewed Papers in Science'.

Prof. Lee gave 'Keynote Talk' at International SPIE Conference.(San Diego, Aug 12)

Prof. Lee won '2012 Merck Young Scientists Awards'. (Aug 12)

FAND is selected for National Research Lab. from NRF. (May 12)

FAND is selected for the consecutive year 'KAIST BRAND Project'. (May 12)

Prof. Lee won '2011 KAIST Technology Innovation Award'. (Dec 11)

Prof. Lee gave 'Plenary Talk' at International CSMNT Conference.(Hangzhou, Nov 12)

이건재 교수 '현대사회의 과학과 예술' 신문사 칼럼 기재 (May 12)

　　 Department of Materials Science and Engineering, KAIST

373-1 Guseong Dong, Yuseong Gu, Daejeon, Korea, 305-701.

Tel: 82-42-350-3343, Fax: 82-42-350-3310

'Invivo Flexible LSI' is published in ACS Nano (May 2013)

Flexible Large Scale Integrated Circuits (LSI)

KBS 9 시 뉴스

SBS 8시 뉴스

특집보도: 연합뉴스TV, KBS, MBC, YTN사이언스, 동아사이언스

C&EN (ACS Chemical Engineering News, 미국화학학회)

해외보도: Physorg, Nanowerk, EulekAlert, Sciencecodex,

ECN, AZON, ScienceNewsline, ScienceDaily, RFGlobal

국내보도: 노컷뉴스, 연합뉴스, 매일경제, 한국일보, 전자신문,

한국경제, 파이낸셜뉴스, 헤럴드, 뉴시스, 대덕넷

ACS C&EN 특집기사 (미국 화학학회)

'Fully Functional Flexible Memory' is published in Nano Letters (Dec 2011)

KBS 9 O'clock News

Reuter News

IOP Physics World (Institute of Physics, 영국 물리학회)

보도: (특집) PhysicsWorld, KBS9시뉴스, Reuter, MBC, MBN, YTN,

(해외) Physorg, Nanowerk, EurekAlert, SpaceDaily

(국내) 연합뉴스, 동아일보, 매일경제, 노컷뉴스, 전자신문

'Self-assembled BCP nanotechnology for low power Phase Change Memory' is published in ACS Nano (Mar 2013)

Physorg 기사 ACS C&EN 특집기사 (미국 화학학회)

해외보도: C&EN (ACS Chemical Engineering News, 미국화학학회), Physorg, IEEE Spectrum, Sciencedaily, ScienceBlog, Nanowerk, Azon, EETimes

'Flexible Solid State Battery' is published in Nano Letters (Aug 2012)

Flexible Battery Movie (22만건 조회)

SBS 방송 (22 Aug 2012)

First Fully Flexible Display System with Battery

Physorg 특집기사

(특집보도) Nature 지 뉴스 (The Most Viewed Papers in Science) (link),

C&EN (ACS Chemical Engineering News, 미국화학학회)

Nanowerk Spotlights, Physorg Featured Articles,

KBS 방송, YTN 방송, SBS 방송, MBC 방송

(해외) TechCrunch, Gizmodo, Physorg, Sciencecodex, Eurekalert,

Sciencedaily, Sciencenewsline, Nanowerk, NanoInnovations

Azom, IDTech, Technobuffalo, Mashable Tech, PC Magazine

IEEE Spectrum, Tech2, Gizmag,

(국내) 동아일보(link). 연합뉴스, 한겨레(link), 노컷뉴스, 전자신문,

매일경제, 국민일보, 헤럴드경제, 동아사이언스

Nature지 뉴스 (The Most Viewed Papers in Science)

ACS C&EN 특집기사 (미국 화학학회)

동아일보 (22 Aug 2012)

Nanowerk Spotlights 특집기사

'Nanocomposite Generator' is published in Adv. Mater. as Front cover article (Jun 2012)

Nanocomposite Generator Movie

YTN 과학노트 (특집보도, Jan 2012)

YTN 방송 (Jun 2012)

해외: Nanowerk, Physorg, IEEE Spectrum, Science Codex, Nanotech, Azom, Nano Innovation, NanoAcademia, EMRP, Eurekalert, Kurzweil, Energy Daily, Bio-Medicine, Materials-Gate, Softpedia, Sciencenewsline,

국내: 조선일보(link), YTN 방송, 연합뉴스, 매일경제, 노컷뉴스,

전자신문, 디지털타임스, 동아사이언스,

Advanced Materials, Front Cover (Jun, 2012)

조선일보 (Jun 2012)

'Piezoelectric Thin Film nanogenerator' is published in Nano Letters. (Dec 2010)

Flexible Thin Film Nanogenerator Movie

보도: 조선일보, 중앙일보, CBS노컷, 매일경제, 연합뉴스,

(해외) Nanowerk, Medical News, Physorg, Science Daily

(특집) 국민일보(link), 과학동아, KAIST 신문

국민일보 특집기사 (Dec, 2010)

'Flexible GaN LED for Invivo Biomedical Applications' is published in Nano Energy & Nanobiosensors in Disease Diagnosis (2011)

Flexible LED Movie

YTN 방송 (Sept. 2011)

국내보도: 조선일보(link), 연합뉴스, CBS노컷,

전자신문, 국민일보, YTN방송, 대덕넷,

해외보도: Nanowerk, Medical NewsToday, Physorg, ScienceDaily

조선일보 (Sept. 2011)