| Section
Name |
Presenter |
Affiliation |
Title (topic) |
| Computational litho |
Andy Neureuther |
Univ. of California at Berkeley |
Opening Pandora’s box with fast-CAD |
|
Vivek Singh |
Intel |
Computational Lithography: Moore Bang for your Buck |
|
Yuri Granik |
Mentor Graphics |
How Lithography->Computer->Lithography enables Computer->Lithography->Computer |
|
Bob Socha |
ASML |
Lithography-Layout-Circuit Design Co-optimization in the Extremely |
|
Andrzej Strojwas |
PDF Solutions & Carnegie Mellon Univ. |
Lithography-Layout-Circuit Design Co-optimization in the Extremely |
|
Vito Dai |
GLOBALFOUNDRIES |
A Novel Methodology to Improve Lithographic Printability of Designs by Applying 2D Pattern Analysis |
|
Linyong (Leo) Pang |
Luminescent |
Full Chip Scale Source Mask Optimization (SMO) Implemented through Level Set Methods based Inverse Lithography Technology (ILT) Framework |
| |
e-beam/
maskless litho |
Yoshinori Kojima |
Fujitsu |
Electron Beam Direct Writing technology for the metal interconnect at 65nm node and beyond |
|
Bert Jan Kampherbeek |
Mapper Lithography |
Lithography cost, it’s not only about throughput |
|
Mark McCord |
KLA-Tencor |
KLA project status |
|
Christof Klein |
IMS-Nanofabrication |
Projection Mask-Less Lithography (PML2) |
|
Serdar Manakli |
CEA-LETI |
Complexity of data preparation and Proximity effects corrections in ebeam maskless lithography |
| |
| EUV Lithography |
Hans Meiling |
ASML |
EUVL - Yes We Can! |
|
Nigel Farrar |
Cymer |
Status of production worthy LPP EUV sources |
|
Marc Corthout |
Philips EUV |
Update on the Beta and HVM Sn DPP Sources |
|
Stephen Renwick |
Nikon |
Progress in EUV optics for beta and production EUV tools |
|
Chawon Koh |
Samsung / SEMATECH |
Performance status of EUV resist |
|
Sterling Watson |
KLA-Tencor |
Challenges and Alternatives for EUV Reticle Inspection Sterling |
| |
| Metrology |
Wolf Staud |
Applied Materials |
Metrology Challenges for 22nm Mask and Wafer |
| |
Rick Silver |
National Institute of Standards and Technology |
Advanced Optical Measurements for Dense Feature Overlay Metrology |
|
Isao Kawata |
Hitachi |
OPC Model Calibration by Measurement Based Averaged Contour from SEM Image |
|
Timothy Crimmins |
Intel |
Defect Metrology Challenges in the EUV Lithography Regime |
|
Cornel Bozdog |
NOVA |
Do’s and Don’t’s of Scatterometry Revisited |
|
Nigel Smith |
Nanometrics |
The total measurement approach to lithography measurement and characterization |
| |
| Masks |
Sam Sivakumar |
Intel |
Lithography in the Near Future – Challenges and Opportunities |
| |
Tsuneo Terasawa |
SELETE |
EUVL Mask Inspection and Metrology Capability |
| |
Naoya Hayashi |
Dai Nippon Printing |
NGL masks status and prospective : For EUV and NIL |
| |
| Nano-imprint |
David Kuo |
Seagate |
patterned media using imprint lithography |
|
SV Sreenivasan |
Molecular Imprints |
Imprint systems |
|
Wei-Lun Jen |
University of Texas at Austin |
Dual damascene processing using multilevel step and flash imprint lithography |
|
Jay Guo |
University of Michigan |
Roll-to-roll nanoimprinting and its applications |
| |
| Novel patterning and packaging or
3D integration |
Paul Franzon |
North Carolina State University |
3DIC Design and Applications |
|
Tetsuo Endoh |
Tohoku University |
Impact of vertical structured devices for future
nano LSI |
|
Sang Yun Lee |
Besang Corporation |
Integration of Novel 3D structured devices |
|
Rusty Harris |
Texas A&M University |
Physical device issues and constraints for real
world 22nm 3D devices |
|
Krishna Saraswat |
Stanford University |
3D Device Architectures of DARPA 3D project |
|
Katsuyuki Sakuma |
Waseda University |
3D Chip-stacking technology |
| |
| Advanced optical lithography |
Soichi Owa |
Nikon |
Optical Lithography Extensions |
|
Alexander Tritchkov |
Mentor Graphics |
Latest Results of Source Optimization for 22nm Lithography Processes |
|
Takayuki Uchiyama |
NECEL |
Pushing the limit of optical lithography for advanced logic device |
|
Iwao Higashikawa |
Toshiba Corporation |
Challenges for 32nm and beyond |
|
Rajesh Menon |
MIT |
Sculpting nanostructures with light |
| |
| Advanced materials for patterning |
Paul Nealey |
University of Wisconsin at Madison |
Fundamentals of Directed Self-Assembly |
|
Christopher Ober |
Cornell University |
Molecular Glass Resists Developable in Unconventional Solvents |
|
Tom Wallow |
GLOBALFOUNDRIES/Ushio |
Correlation of Experimental and Simulated Cure-Induced Photoresist Distortions in Double Patterning |
|
Richard A. Lawson |
Georgia Institute of Technology |
Negative Tone Molecular Resists Based on Cationic Polymerization: A Comparison of Resist Systems Designed for both Aqueous Alkaline and Solvent Based Development |
|
Michael Thompson |
Cornell |
Sub-Millisecond Post Exposure Bake by CO2 Laser Spike Annealing of Chemically Amplified Resists |
| |
| Posters or potential oral presentations |
David Noga |
Georgia Institute of Technology |
Pattern Collapse in High Resolution Lithography: Fundamental Characterization of the Problem and Possible Solutions |
|
Tejas Jhaveri |
Carnegie Mellon University |
Cost per Good Die Analysis for the 22nm Technology Node |
|
Akira Sumitani |
Komatsu |
Laser-produced plasma source for EUV lithography |
|
Kenji Yamazoe |
UC Berkeley |
Fast Fine-pixel Aerial Image Calculation by Matrix Representation of Hopkins Equation |
|
Marshal Miller |
UC Berkeley |
Novel Multi-Phenomena Pattern Matching for Assessing Impact of Mask Edge Effects |
|
Chris H. Clifford |
UC Berkeley |
Investigation and characterization of buried EUV mask defect printability using actinic inspection and fast simulation |
|
John Allgair |
SEMATECH |
TBD |
|
Yuansheng Ma |
GlobalFoundries |
Line Edge Roughness Transfer from Mask to Wafer |
|
Sudhar Raghunathan |
College of Nanoscale Science & Engineering, Albany |
Evaluation of image placement accuracy in EUV lithography |