1. Evaluation itemsPoints/10 Relevance to topics Clearness of introduction Background and theory Delivery of knowledge Presentation materials and handout Group collaboration (correlation of individual roles) Time management Critical issues and review in solid state chemistry Conclusions Questions and answer Total points Group presentation evaluation sheet: Group Number: Solid state chemistry

2. 1 (1)2 (8)3 (6)4 (7)5 (4)6 (3)7 (5)8 (9)9 (2) 조원 김호석남재훈김기성김광묵이소연이가원서보윤김다빈박준형 황의민전창배이형주김미래정철호윤다솜원종범김동연김상우 김한솔하태원이승원김동규조원우유인상박우종김지연장세호 최훈무남찬우정재원김성수김성은김지훈이원호허건정영광 김승록남도현김상훈유민곤 주제 2541192262396031 Team Project Groups Solid state chemistry Presentation period: Dec. 5 th ~ 12 th Individual group: 15 min presentation and 3 min Q&A Term paper due date: Dec. 21

3. 1Colloidal quantum dot solar cells19Bio related/inspired materials (biomineralization, biomimic) 2Organic thin film transistor (OTFT)20Materials for fuel cells 3Solar cells: dye sensitized organic solar cells21Heterojunction polymer solar cells 4MEMS (Micro Electric Mechanical System) and NEMS applications22 Molecular electronics (molecular wires): single molecule junctions (e.g. field effect transistors) 5Biological nano devices (e.g. sensors, diagnostic tools)23Polymer Li ion battery 6 Self assembly of functional nanomaterials (e.g. defect free structure of colloids, block copolymers and nanoparticles (dots and rods)) 24Non volatile organic memories 7Liquid crystals and Liquid crystal display (LCD)25Printed flexible and strechable electronics 8 Nano patterning of soft materials (e.g. soft lithography, nanoimprinting lithography, dip-pen lithography) 26 Manipulation of single polymeric materials (e.g. DNA manipulation using optical tweezer) 9Photo refractive polymers27Information storage media: magnetic storage 10Self assembled monolayers (preparation and applications)28Photo and electrochromic devices 11Polymeric micelles (formation and applications) for drug delivery29Information storage media: optical storage 12 Inorganic-polymer nano composites (clay-polymer, carbon nanotube-polymer) 30Molecular imprinting for biotechnology 13Block copolymer nanolithography: physics and applications31Organic and polymer light emitting diode (OLED, PLED) 14Control of surface properties (super hydrophobicity)32Photonic band gap solids 15 Supra molecular self assembly (hierarchical structure formation and applications) 33Graphene and its applications 16Carbon nanotube transistor, transparent electrodes34Soft morphing actuators 17DNA and protein chips35Materials for tissue engineering 18Smart fibers and textiles36Thermoelectric materials: inorganic and organic Presentation topics:

4. 37Thermal conductive materials55Recycling polymers 38Electro-magnetic wave absorbing materials56Chemically reduced graphene: principle and applications 39E-papers for display57GMR and TMR materials 40Micro and nanofluidics: materials and devices58Photo and electrochromic materials 41Quantum dot displays59Ionic liquids for high performance organic devices 42 Self assembly of functional nanomaterials (e.g. defect free structure of colloids, block copolymers and nanoparticles (dots and rods)) 60Novel 2D materials: synthesis and applications 43Large area printing technology61Negative index materials 44Biodegradable materials62Lithium air batteries 45Nanocrystal floating gate memory 46Surface probe microscopes: principles and applications 47Light emitting transistors 48Near IR detectors 49Flexible photonic crystal materials 50Self healing materials 51Buckling and wrinkling materials 52Printed RFIDs 533D nanopatterning 54Localized surface plasmonic materials Presentation topics:

5. Presentation schedule and topics Dec. 5 th : group 1 and 2 Dec.10 th : group 3,4,5,6 and 7 Dec.12 th : group 8 and 9