K. Likharev’s Research Group

Nanoelectronics: Devices, Circuits, and Applications

 

           

            Recent Research Topics:

                        - CMOL memories

        - CMOL digital logic circuits

        - CMOL-based neuromorphic networks

        - Molecular devices for CMOL circuits

        - Nanoscale field-effect transistors

        - Tunneling through metal-oxide barriers

Recent Review Papers:

            General Nanoelectronics:

  - K. K. Likharev, "Electronics Below 10 nm", in: J. Greer et al. (eds.), Nano and Giga Challenges in Microelectronics (Elsevier, Amsterdam, 2003), pp. 27-68.

            CMOL Circuits:

- K. K. Likharev, "Hybrid CMOS/Nanoelectronic Circuits: Opportunities and Challenges", Journal of Nanoelectronics and Optoelectronics, vol. 3, pp. 203-230, Dec. 2008.

- K. K. Likharev, "CMOL and cousins: Hybrid CMOS/nano circuit FAQs", In: Proc. CODES-ISSS’08, ACM, 2008, pp. 223-229.

 

Some Recent Talks:

                        - K. K. Likharev, "Hybrid Semiconductor/Nanoelectronic Circuits", lecture at the Winter School Beyond Moore’s Law, Kenting, Taiwan (January 2008)

   - K. K. Likharev, G. S. Rose, and D. B. Strukov, “Hybrid CMOS / Nanoelectronic Circuits: Opportunities and Challenges”, tutorial at ISCAS’08, Seattle, WA (May 2008)

             Part 1 (KKL)

             Part 2a (DBS)

             Part 2b (GSR)

             Part 3 (DBS)

             Part 4 (KKL)

             Part 5 (KKL)

 

Recent PhD Dissertations:

                                      - Y. Kinkhabwala, "Quasi-continuous Charge Transfer via Electron Hopping" (2005)

                                      - J. H. Lee, "CMOL CrossNets as Defect-Tolerant Classifiers" (2007)

                                      - X. Liu, "Electron Transport Through Aluminum Oxide Tunnel Barriers and OPE-Based Molecular Junctions" (2007)

                                      - X. Ma, "Global Reinforcement Training of CrossNets" (2007)

                                      - D. B. Strukov, "Digital Architectures for Hybrid CMOS/Nanodevice Circuits" (2006)

                                      - Ö. Türel, "Devices and Circuits for Nanoelectronic Implementation of Artificial Neural Networks" (2007)

                                      - T. Walls, "Theoretical Analysis of Prospective Nanoelectronic Devices" (2008)

                                      - Z. Tan, "Experimental Study of Electron Transport through Nanometer-Scale Metal-Oxide Junctions" (2010)

 

Current PhD Student:
          - Nikita Simonian (molecular single-electron devices - theory)

                  

                   Alumni:

                                    Postdocs and Research Associates:

   - Elena Cimpoiasu (2001-2004)
   - Alexander Korotkov (1998-2000)
   - Fedor Pikus (1996-1997)
   - Yehuda Naveh (1996-2000)
   - Victor Sverdlov (1997-2003)

                             PhD Students:

   - Ruby Chen (PhD 1996)
   - Daniel Kaplan (PhD 2002)

   - Yusuf Kinkhabwala (PhD 2005)

   - Jung Hoon Lee (PhD 2007)

   - Xueqing Liu (PhD 2007)
   - Xiaolong Ma (PhD 2007)

   - Kenji Matsuoka (PhD 1997)

   - Dmitri Strukov (PhD 2006)
   - Özgür Türel (PhD 2007)

- Thomas Walls (PhD 2008)

- Zhongkui Tan (PhD 2010)

                             Undergraduate and Visiting Students:

   - Simon Fölling (2000-2001)

   - Samantha Roberts (2004-2005)

 

Computing Facilities:

          Njal cluster

          Seawulf cluster

          New York Blue supercomputer

          DoD’s HPCMP program

 

Current Financial Support:

            AFOSR (Quantum Electronic Solids Program)

          NSF (CISE Directorate)

 

Revised 2010-02-24

K. Likharev