Program
Wednesday, October 24
12:00 Registration
13:00 Exhibit set-up
15:00 Equipment Exhibit, Fairway Deck
18:00 Welcome Reception, Fairway Deck
Thursday, October 25, Silverado Ballroom
7:15 Breakfast, Fairway Deck
Session 1: Keynote Session - Session Chairs: Doug Resnick, Molecular Imprints Inc, and Stephen Chou, Princeton University
8:00 |
Welcome: Stephen Chou and Doug Resnick | |||
8:20 | Invited 1 | Manufacturing of Displays Using Self-Aligned Imprint Lithography | Carl Taussig | HP |
8:55 | Invited 2 | The Advance of Bit Pattern Media Fabrication with Nano-imprinting Technology | Tsai-Wei Wu | HGST |
9:30 | Invited 3 | NSF Engineering Directorate and the Role of Nanopatterning | George Maracas | National Science Foundation |
10:05 Break, Fairway Deck
Session 2: Roll-to-Roll Imprint Lithography - Session Chairs: Jay Guo, University of Michigan, and Jin Choi, Molecular Imprints Inc.
10:40 |
2.1 Invited | Roll-to-Roll Nanopatterning Using Jet and Flash Imprint Lithography | Jin Choi | Molecular Imprints Inc. |
11:10 | 2.2 | Manufacturing of smart fibers by high-speed reel-to-reel imprint using cylinder mold | Harutaka Mekaru | BEANS Project |
11:25 | 2.3 | Three dimensional nanoimprint lithography: from parallel to roll-to-roll processing | Nikos Kehagias | Catalan Institute of Nanotechnology |
11:40 | 2.4 | Simulation of roll-to-roll and roll-to-plate NIL: modeling the effects of process speed, imprinting load, roller elasticity, and pattern design | Hayden Taylor | Nanyang Technological University |
11:55 | 2.5 | Development of continuous phase lithography and application to transparent conductor fabrication | Moon Kyu Kwak | University of MIchigan |
12:10 | 2.6 | Innovations in rolling imprinting for fast fabrication of micro/nano structures on glass substrates | Sen-Yeu Yang | National Taiwan University |
12:30 Lunch, The Grove
Session 3: Applications - Session Chairs: Christophe Peroz, Abeam, and Michael Hornung, Suss
13:50 |
3.1 Invited | Status of bit patterned media for high density hard drives | Zhaoning Yu | Seagate |
14:10 | 3.2 | Defect Reduction for Semiconductor Memory Applications Using Jet and Flash Imprint Lithography | Zhengmao Ye | Molecular Imprints Inc |
14:25 | 3.3 | Fabrication of High Quality GaN Template by Nano-channel FIELO Using UV Nanoimprint Lithography for High Efficiency LED | Akiko Okada | Waseda University |
14:40 | 3.4 | Ordered SiGe island arrays on pit-patterned Si(001) substrates fabricated by UV-NIL: towards optoelectronic applications | Elisabeth Lausecker | University of Linz |
14:55 | 3.5 | Direct nanopatterning for high efficient flexible Organic Light Emitting Diode | So Hee Kim | Pusan National University |
15:10 | 3.6 | A Metal Embedded PDMS Mold for Large-Area Patterning of Sapphire Substrates Used in High Brightness Light-Emitting Diodes | Yung-Chun Lee | National Cheng Kung University |
3:25 Break, Fairway Deck
16:00 Poster Sessions, Fairway Deck: Session Chairs: Doug Resnick, Molecular Imprints Inc, and Stephen Chou, Princeton University
Applications
P10 |
Anti-Reflection Structures Fabricated by Angled Two Step UV Nanoimprint Lithography Using Line and Space | Kentaro Ishibashi | Waseda University and Toshiba-Machine Co., Ltd. |
P40 | Nano-patterned LED using Nano Imprint Lithography and Bi-layer Lift-off Metallization for High Efficiency | Sang-Uk Cho | Pusan National University |
P58 | Coupling of Quasi-Particles in Nanoimprinted Structures | Clivia Sotomayor Torres | Catalan Institute of Nanotechnology |
P60 | Embedded permalloy nano-oval fabrication using nanoimprinting and liftoff for Magnetic Quantum-Dot Cellular Automata | Muhammad Atyab Imtaar | Technische Universität München |
P89 | Rapid fabrication of metal nanocone arrays by Si nanocones | JJ Li | Institute of Physics, CAS |
P96 | Giant and Wafer-scale Uniform Enhancement of Quantum Dots Fluorescence by a Novel 3D Nanoantenna Array | Hao Chen | Princeton University |
P104 | Bilayered Hybrid Nanoimprint Strategy for the Planarized Metal Nanostructure in Plasmonic Applications | Jun-Hyuk Choi | Korea Institute of Machinery & Materials |
P105 |
Nano-imprint lithography for high brightness GaN-based LEDs |
Heon Lee | Korea University |
Bio Applications
P14 |
Fabrication of Microchambers with Inclined Sidewalls on Pyrex Glass and Quartz Chips by Thermal Imprinting | Harutaka Mekaru | Nat. Inst. of AIST |
P83 | Multi-functional arrays of multiple colored quantum dot with magnetic nanoparticle via one-step micro/nano imprinting for biomolecular analysis | Yongsuk Oh | KAIST |
Characterization
P22 |
Evaluation of interaction between antisticking layer and UV nanoimprint resin by scanning probe microscopy | Makoto Okada | LASTI, Univ. of Hyogo |
P41 | Evaluation of the surface energy between UV resist and mold in UV nanoimprint | Tomoki Nishino | Osaka Prefecture University |
P51 | Nanometrology by image processing and analysis of sub-50 nm 1 and 2D features in BCPs for NIL technology | Claudia C Simao | Institut Catalia de Nanotecnologia |
P95 | Parallel micro and nano-scale replication – a low cost, high throughput production technique for electronic-, optic-, biosensing and microfluidic structure replication | Kreindl Gerald | EVG |
History
P80 |
A development perspective of nanoimprint lithography from 1995 to 2012 based on a holistic bibliometrical study of patents and articles. | Lars Montelius | Lund University |
Imprint Templates
P9 |
Evaluation of resistless Ga+ beam lithography for UV-NIL stamp fabrication | Maximilian Rumler | Fraunhofer IISB |
P26 | Anisotropic remastering of UV-NIL replica molds for feature size reduction | Elisabeth Lausecker | University of Linz |
P42 | Experiment and simulation of thermal imprint with Mg-based bulk metallic glass molds | Fuh-Yu Chang | National Taiwan University of Science and Technology |
P52 | Fabrication of Capacity-Equalized Mold with 50 nm Patters | Kenta Suzuki | Nihon University |
P56 | Release-property enhanced OrmoStamp for advanced working stamps in nanoimprint lithography | Arne Schleunitz | Micro Resist Technology GmbH |
P65 | Diamond and DLC Nanoimprint Dies by Ion Implant Masking | Graham L Cross | Trinity College |
P66 | The Impact of Focused Ion Beam Stamp Repair on Resist Curing in UV-based Nanoimprint Lithography | Simon Waid | Vienna University of Technology |
P93 | Design rules for 3D stamps manufacturing on 300 mm wafer and their associated replication processes by NanoImprint Lithography | Vincent Reboud | CEA-Leti |
P97 | High-Precision Duplication of Large-Area Soft-Hard-Hybrid Nanostructured Molds Using Polymer Masters of Good Release | Qi Zhang | Princeton University |
P101 | A master-mold fabrication for 1Xnm node nanoimprint lithography by EB lithography followed by self-aligned double patterning technique | Hideo Kobayashi | HOYA Corporation |
Materials
P1 |
Novel fluorinated polymers for releasing material in nanoimprint lithography | Tsuneo Yamashita | DAIKIN Ind. Ltd. |
P4 |
Advanced Fluorinated UV-Curable Resin (NIF) for UV Nanoimprint | Yasuhide Kawaguchi | Asahi Glass Company |
P11 |
The Organic/Inorganic Hybrid Material which Exhibits The Self-assembled Glass-like Surface for Nanoimprinting Film | Kazuhisa Kumazawa | Nippon Soda Co., LTD. |
P21 |
Functional epoxy polymer for direct nano-imprinting of micro optical elements | Robert Fader | Fraunhofer IISB |
P29 |
UV-curable resins suitable for UV-NIL in pentafluoropropane | Masaru Nakagawa | Tohoku University |
P30 |
Synthesis of Fluorinated Si-sol Precursor for Nanoimprint Lithography (NIL) Application | Dongjin Nam | DONGJIN SEMICHEM CO.,LTD. |
P73 |
Reorientation of Photoinduced Liquid Crystalline Polymer Induced by Thermal Nanoimprinting with Linearly Polarized UV Irradiation | Makoto Okada | LASTI, Univ. of Hyogo |
P76 |
Sub-10nm thick epoxy films structured by UV Lithography and UV-NIL | Vaida Auzelyte | École Polytechnique Fédérale de Lausanne |
Modeling
P31 |
Droplet Behavior Prediction in Dispensing-based NIL Using Control Volume Finite Element Method | Kiju Sohn | Seoul National University |
P32 |
Addressing the mechanical deformation of flexible stamps for nanoimprint lithography on double-curved surfaces | Mads R Sonne | Technical University of Denmark |
P90 |
Shear thinning threshold criterion in thermal NanoImprint lithography | Etienne Rognin | CEA-LETI-Minatec Campus |
P50 |
Simulation study on stress relaxation in organic martial | Naoki Nishikura | Osaka. Prefecture University |
Processing
P5 |
Crosslinking control during imprint for hybrid lithography (T-NIL + UV-L) | Khalid Dhima | University of Wuppertal |
P6 |
Preparation of surface with patterned roughness for sensing applications | Si Wang | University of Wuppertal |
P12 |
Area-Extended Wire-Grid Polarizer via Step and Repeat Nanoimprint Lithography | Kohsuke Takayama | Asahi Glass |
P15 |
Sidewall angle dependent pre-filling states in asymmetric stamp cavities using thermal nanoimprint lithography | Helmut Schift | Paul Scherrer Institut (PSI) |
P18 |
3-D surface topography patterning based on a glass transition temperature selective thermal reflow for backlight displays | Helmut Schift | Paul Scherrer Institut (PSI) |
P28 |
Control of self-assembly defects in thermal nanoimprint | Andre Mayer | University of Wuppertal |
P34 |
Throughput of UV nanoimprint based on gas condensation | Hiroshi Hiroshima | National Institute of Advanced Industria |
P35 |
Removal of thermoplastic resin adhered on mold by high hydrostatic pressure | Shinichiro Sone | Soka University |
P36 |
Gap pattern narrowing by multiple patterning with nanoelectrode lithography | Atsushi Yokoo | NTT Basic Research Laboratories |
P43 |
Controlled dewetting under confinement for zero residual layer nanoimprint | Etienne Rognin | CEA-LETI-Minatec Campus |
P44 |
Direct Patterning of Oxides Using Step-and-Flash Imprint Lithography | M. S. M. Saifullah | Institute of Materials Research and Engineering |
P49 |
Directed self-assembly of block copolymers mediated by solvent assisted NIL | Claudia C Simao | Institut Catalia de Nanotecnologia |
P53 |
UV-based Nanoimprint Lithography for large area structuring of graphene and for making metallic contacts |
Wolfgang Hackl |
Profactor GmbH |
P54 |
Extremely Thin Suspended Membranes by Combining Nanoimprinting and Atomic Layer Deposition |
Jouni Ahopelto |
VTT Technical Research Centre of Finland |
P57 |
Improvement of Demolding Characteristics by Ar Plasma Treatment | Hiroaki Kawata | Osaka Prefecture University |
P59 |
Anode Structuring in OPDs/LEDs Using Nano Transfer Printing | Anandi Yadav | Technical University of Munich |
P62 |
Nanoimprinting Ultra Small and High Aspect Ratio Structures by Using Modulus-Tunable UV Cure Epoxy Resist | Young Jae Shin | University of Michigan |
P69 |
Direct imprinting of inorganic functional films: a novel route for fabricating nanophotonic devices | Carlos A Pina-Hernandez | aBeam Technologies |
P71 |
Imprint Mold Cleaning with Polydimethylsiloxane (PDMS) | Peng Lin | University of Massachusetts Amherst |
P72 |
Critical Dimension Control of Nanoimprint Lithography and Pattern Transfer on Sub-10 nm Scale | Shuang Pi | ECE Dept. UMass Amherst |
P74 |
Fabricating inserted Cu mesh electrode inside flexible substrate by nanoimprint lithography | Chia-Meng Chen | National Tsing Hua University |
P75 |
Influence of Solvent Removal and UV-exposure on Feature Shrinkage in UV-NIL Direct Patterning | Robert Kirchner | TU Dresden |
P85 |
Residual Layer Optimization for 3D Nanoimprint Lithography | Michael Hornung | SUSS MicroTec Lithography GmbH |
P91 |
Annealing-free, smooth, flexible silver nanowire/polymer composite electrodes via two-step aerosol-jet printing method | Dong Yun Choi | KAIST |
P94 |
Novel nanoimprint process for lift-off by using bi-layer resist system | Hiroaki Kawata | Osaka Prefecture University |
P103 |
Advanced Metal Nanopatterning through Dual Resist-Nanoimprint and Si-based Etch Mask |
Jun-Hyuk Choi |
Korea Institute of Machinery & Materials |
Roll-to-Roll Imprint Lithography
P64 |
Continuous photo-roller-lithography and application to large area IR metamaterial and transparent conductor fabrication | Young Jae Shin | University of Michigan |
P99 | Sub- 50nm Roller Nanoimprint Using Flexible Hard-Soft-Hybrid Polymer Thin-Film Stamps and Applications to Large-Area High-Performance Nanoplasmonics | Qi Zhang | Princeton University |
P106 | Fabrication of Infrared Sensors using Roll to Roll Nanoimprinted Grating | Jeffrey Morse | University of Massachusetts Amherst |
18:00 Wine Tasting, The Grove
19:00 Banquet, The Grove
Friday, October 26, Silverado Ballroom
Session 5: Process, Materials and Characterization 1 – Session Chairs: Akihiro Miyauchi, Hitachi Research Laboratory, and Hella-Christine Scheer, Bergische University
8:00 |
5.1 Invited | Three-dimensional micro-optics patterning by wafer-scale nanoimprint lithography on 8" and12" wafers | Vincent Reboud | CEA-Leti |
8:30 | 5.2 | Reduction in Viscosity of Quasi-2D-Confined Nanoimprint Resin through the Addition of Fluorine-Containing Monomers: Shear Resonance Study. | Yuzuru Shimazaki | Hitachi Ltd. |
8:45 | 5.3 | Simple UV direct imprinting of photonic microring resonators with high quality from spin coated hybrid-polymer films | Robert Kirchner | Technische Universität Dresden |
9:00 | 5.4 | Micro- and Nano-scale Molding Based on Electrohydrodynamic Deformation of Dielectric Polymer | Hongbo Lan | Xi'an Jiaotong University |
9:15 | 5.5 | Monitoring of filling process using DFIM system in UV nanoimprint lithography | Qing Wang | AIST |
9:30 | 5.6 | Interface expansion of hetero structured organic photovoltaics (OPV) by multi-layered direct nanoimprint | Tomohiro Kohei | Osaka Prefecture University |
9:45 Break, Fairway Deck
Session 6: Bio Applications – Session Chairs: Helmut Schift, Paul Scherrer Institut, and Lars Montelius, Lund University
10:20 |
6.1 Invited | A novel 3-D cell culture device with nano pillars for hepatocyte spheroids | Akiko Hisada | Hitachi Central Research |
10:50 | 6.2 | Fabrication and Performance of Ultra-sensitive, Fast, Nanoplasmonic Microfluidic Immunoassay by Large-Area High-Precision Nanoimprint | Ruoming Peng | Princeton University |
11:05 | 6.3 | Wafer scale fabrication of 3D inlets in nanofluidic devices | Irene Fernandez-Cuesta | LBNL |
11:20 | 6.4 | Up-scaling of swellable hydrogels for biosensor applications using step-and-repeat thermal nanoimprinting lithography |
Achille Francone |
Catalan Institute of Nanotechnology |
11:35 | 6.5 | Nanoimprint Patterning for Efficient and Stable Bio-Fuel Cells |
Richard Sundberg |
Lund University |
11:50 | 6.6 | Creating Nanometer Size Protein Patterns for the Investigation of Protein-Protein Interactions in Live Cells using Microcontact Printing with Hard Stamps | Michael Muehlberger | PROFACTOR GmbH |
12:05 Lunch, The Grove
Session 7: Large Area Imprint Lithography – Session Chairs: Clivia M Sotomayor Torres, Catalan Institute of Nanotechnology, and Atsushi Yokoo, NTT
13:30 |
7.1 Invited | Substrate Conformal Imprint Lithography techniquefor photonic crystalpatterning on LEDs | Marc Verschuuren | Philips Corp |
14:00 | 7.2 | Large Area Seamless Roller Mold Using Fast EB Lithography(rEBL) for R2R Process | Naoto Ito | Asahi Kasei |
14:15 | 7.3 | Fabrication of Large-Area Nanoplasmonic Sensors, Solar Cells, and Filters Using Planar or Roller Nanoimprint with Molds Generated without EBL | Stephen Y Chou | Princeton University |
14:30 | 7.4 | Large Area Micro-Structuring of Viscous Drag Reducing Riblets by Roll-to-Roll-UV-Imprint-Lithography | Dieter Nees | Joanneum Research Forschungsgesellschaft |
14:45 | 7.5 | Pre-filling states in replication of cylinder microlenses using roll-to-plate thermal nanoimprint lithography | Helmut Schift | Paul Scherrer Institut (PSI) |
15:00 | 7.6 | Flexible Touch Pad on Mechanically Robust Paper Substrate Fabricated by Direct Stamping of Silver Nano-Ink | Woo Soo Kim | Simon Fraser University |
15:15 Break, Fairway Deck
Session 8: Process, Materials and Characterization 2 – Session Chairs: Shinji Matsui, University of Hyogo, and Jouni Ahopelto, VTT Helsinki
16:00 |
8.1 Invited | Fabrication of negative index metamaterial prims by UV-NIL | Iris Bergmair | Profactor GmbH |
16:30 | 8.2 | Thermally-Adaptive Alignment for Nanoimprinting | Euclid E Moon | MIT |
16:45 | 8.3 | A universal scheme for direct thermal nanoimprint lithography of oxides | Saman Safari Dinachali | National University of Singapore |
17:00 | 8.4 | Continuous nanoimprint on a polymer sheet by in-situ formation of release layer | Masahiko Ogino | Hitachi, Ltd, |
17:15 | 8.5 | Single digit nanofabrication by step-and-repeat nanoimprint lithography | Christophe Peroz | aBeam Tech. & The Molecular Foundry |
17:30 | 8.6 | Self-assembly of gold nanoparticles using imprinted HSQ pattern for SERS measurement | Yuji Kang | University of Hyogo |