| Jie Deng |
Device Modeling and Circuit Performance Evaluation for Nanoscale Devices: Silicon Technology Beyond 45 nm Node and Carbon Nanotube Field Effect Transistors |
June 2007 |
IBM |
| Gael F. Close |
On-Chip Demonstration of Carbon Nanotube Interconnects |
June 2008 |
IBM |
| Yuan Zhang |
Nanoscale Phase Change Memory: Device Structure and Material Characterization |
September 2008 |
SanDisk |
| Deji Akinwande |
Carbon Nanotubes: Device Physics, RF Circuits, Surface Science, and Nanotechnology |
November 2009 |
UT Austin |
| Albert Lin |
Carbon Nanotube Synthesis, Device Fabrication, and Circuit Design for Digital Logic Applications |
May 2010 |
Apple |
| Lan Wei |
Nanoelectronics: Technology Assessment and Projection at the Device, Circuit, and System Level |
August 2010 |
MIT |
| SangBum Kim |
Scalability and Reliability of Phase Change Memory |
August 2010 |
IBM |
| Saeroonter Oh |
Modeling of III-V Nanoscale Field-Effect Transistors for Logic Circuits |
August 2010 |
LG |
| Li-Wen Chang |
Device/Circuit Fabrication Using Diblock Copolymer Lithography |
September 2010 |
Applied Materials |
| Arash Hazeghi |
Carbon Nanotube Electronics |
April 2011 |
Oswami |
| Cara Beasley |
Chirality Distributions: Effects of Carbon Source and Growth Condition Changes on the Single-Walled Carbon Nanotubes Grown by CVD |
May 2011 |
Applied Materials |
| Marissa Caldwell |
Colloidal Nanoparticles for Phase Change Memory Applications |
August 2011 |
Wildcatdiscovery |
| Jenny Hu |
Device Technology for Nanoscale III-V Compound Semiconductor Field Effect Transistors |
November 2011 |
Intel |
| Byoungil Lee |
Fabrication and Characterization of Nanoscale Resistance Change Memory (RRAM) |
November 2011 |
Samsung |
| Soogine Chong |
Design and Fabrication of Electrostatically Actuated Nanoelectromechanical Relays and Their Integration with CMOS |
January 2012 |
Samsung |
| Jiale Liang |
Toward sub-10 nm Phase Change Memory – Device Structure and Array Analysis |
June 2012 |
Oracle |
| Xiangyu (Helen) Chen |
The Application of Graphene for Integrated Circuit Interconnect Technology |
August 2012
|
Mckinsey |
| Jason Parker |
Synthetic Routes Toward Scalable, Tunable Carbon Nanotube Ensembles for use in Devices |
June 2013 |
Intel |
| Shimeng Yu |
Resistive Switching Memory for Non-Volitile Storage and Neuromorphic Computing |
July 2013
|
Arizona State University |
| Yun (Lisa) Chen |
Scalable Wireless Monitoring Systems With Passive Sensors For Biomedical Applications |
August 2013 |
McKinsey |
| Yi (Alice) Wu |
Resistive Switching Random Access Memory (RRAM) – Scaling, Materials, and New Application |
August 2013 |
Oracle |
| Rakesh Jeyasingh |
Phase change memory : device physics, scaling and neuromorphic application |
February 2014 |
Intel |
| Hong-Yu (Henry) Chen |
Resistive switching random access memory, materials and device engineering for 3D architecture |
March 2014 |
SanDisk |
| Luckshita (Lucky) Liyanage |
A solid-state doping technology for carbon nanotubes |
2014 |
SanDisk |
| He (Linda) Yi |
Directed self-assembly for nanofabrication and device integration |
2015 |
Apple |
| Chiyui (Ethan) Ahn |
Emerging non-volatile memory enabled by carbon nano-materials |
2015 |
UT San Antonio |
| Kokab Baghbani Parizi |
Advances on Chip Inside A Cell for Monitoring Physiological Cell Parameters |
2015 |
|
| Chi-Shuen (Vince) Lee |
CMOS technology assessment and optimization, from device and interconnect modeling to system performance evaluation |
June 2017 |
AiN Networks |
| Scott Fong |
Interplay of Electrical and Thermal effects in Phase-Change Memory |
June 2017 |
Intel |
| Sukru Burc Eryilmaz |
Brain-inspired computing with resistive non-volatile memories |
June 2017 |
NVIDIA |
| Ling Li |
Integrating graphene with copper interconnects for future energy-efficient and reliable nanoelectronic systems |
August 2018 |
Apple |
| Joon Sohn |
Resistive switching random access memory - device scaling in 3D architecture and integration with complementary metal oxide semiconductor |
August 2018 |
Apple |
| Gregory Pitner |
Low contact resistance and dense assembly towards high drive current carbon nanotube transistors |
March 2019 |
AlignedCarbon |
| Xiaolin (Jasmine) Hu |
Advances on chip-in-cell wireless platform for continuous monitoring of physiological parameters in single cells |
April 2019 |
Apple |
| Kye Okabe |
Investigating the Switching Mechanism of Interfacial Phase Change Memory |
June 2019 |
TBD |
| Ziwen (Jerry) Wang |
Resistive Switching in Metal-Oxides: New Characterization Techniques and New Insights |
June 2019 |
|
| Mimi Yang |
Techniques for a Chip-in-Cell Wireless Platform for Single Cell Monitoring |
November 2019 |
Bain & Company |
| Chris Neumann |
The Effect of Interfaces on Phase Change Memory Switching |
December 2019 |
Intel |
| Zizhen Jiang |
Resistive switching random access memory (RRAM) : analysis, modeling, and characterization toward practical applications |
June 2020 |
Google |
| Ching-Hua (Fiona) Wang |
2D materials for logic and memory integration |
June 2020 |
Apple |
| Rebecca Park |
Understanding and manipulating charges surrounding carbon nanotubes : a step towards high-performance computing with carbone nanotube transistors |
June 2020 |
Samsung |
| Alvin Universe Tang |
Towards low temperature solid source synthesis of monolayer molybdenum disulfide and low resistance contacts to molybdenum disulfide-based devices |
June 2021 |
TSMC |
| Xin Zheng |
|
June 2022 |
Apple |
| Weier Wan |
RRAM compute-in-memory hardware for efficient, versatile, and accurate AI inference |
June 2022 |
Aizip |
| Haitong Li |
RRAM-CMOS integrated hardware for efficient learning and inference at the edge |
June 2022 |
Purdue University |
| Shengjun (Sophia) Qin |
|
June 2022 |
|
| "Yujo" Zhouchangwan Yu |
|
June 2022 |
Apple |
| Maryann Tung |
|
June 2022 |
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