IBM Research - Zurich Research Laboratory

Similar documents
IBM Research Zurich. A Strategy of Open Innovation. Dr. Jana Koehler, Manager Business Integration Technologies. IBM Research Zurich

Nanotechnology, the infrastructure, and IBM s research projects

IBM Research Your future is our concern IBM Corporation

IBM Research Brazil: An Introduction

Learning to see the Forest and the Trees (A systematic approach to driving innovation) Dr. Bernard S. Meyerson Chief Innovation Officer IBM

The Transformative Power of Technology

A Presentation to the National Academies July 29, Larry W. Sumney President/CEO Semiconductor Research Corporation1

DTU DANCHIP an open access micro/nanofabrication facility bridging academic research and small scale production

SEMINAR ON PERSPECTIVES OF NANOTECHNOLOGY FOR RF AND TERAHERTZ ELECTRONICS. February 1, 2013

International Center on Design for Nanotechnology Workshop August, 2006 Hangzhou, Zhejiang, P. R. China

Timothy S. Cale, Ph.D ,

NanoFabrication Kingston. Seminar and Webinar January 31, 2017 Rob Knobel Associate Professor, Dept. of Physics Queen s University

Lecture 20: Optical Tools for MEMS Imaging

IMI Labs Semiconductor Applications. June 20, 2016

Innovation that matters. India Research Laboratory

A Brief Introduction to Single Electron Transistors. December 18, 2011

Development of Innovation Strategy and Patent Systems. Paik Saber Assistant General Counsel, IP Law IBM Asia Pacific

research in the fields of nanoelectronics

G450C. Global 450mm Consortium at CNSE. Michael Liehr, General Manager G450C, Vice President for Research

Innovation for the 21st Century

shaping global nanofuture ULTRA-PRECISE PRINTING OF NANOMATERIALS

Proposing a European Partnership in HORIZON EUROPE

Exhibit 2 Declaration of Dr. Chris Mack

National Centre for Flexible Electronics

Public. Introduction to ASML. Ron Kool. SVP Corporate Strategy and Marketing. March-2015 Veldhoven

Triple i - The key to your success

Beyond Photolithography The promise of nano-imprint lithography

SUNY Poly in a New Era

Practical Information

Progress due to: Feature size reduction - 0.7X/3 years (Moore s Law). Increasing chip size - 16% per year. Creativity in implementing functions.

Facing Moore s Law with Model-Driven R&D

End-of-line Standard Substrates For the Characterization of organic

Sourcing in Scientific Computing

The SEMATECH Model: Potential Applications to PV

MEMS in ECE at CMU. Gary K. Fedder

Outline of AIST --Integration for innovation--

CS 6135 VLSI Physical Design Automation Fall 2003

2010 IRI Annual Meeting R&D in Transition

National Instruments Accelerating Innovation and Discovery

DTU DANCHIP an open access micro/nanofabrication facility bridging academic research and small scale production

December 10, Why HPC? Daniel Lucio.

Selected Topics in Nanoelectronics. Danny Porath 2002

Quantum Design Japan. Introducing Advanced Technology to Japan

Course Outcome of M.Tech (VLSI Design)

ASCENT Overview. European Nanoelectronics Infrastructure Access. MOS-AK Workshop, Infineon, Munich, 13 th March 2018.

The ERC: a contribution to society and the knowledge-based economy

Technology Transfers Opportunities, Process and Risk Mitigation. Radhika Srinivasan, Ph.D. IBM

Supercomputers have become critically important tools for driving innovation and discovery

Great Minds. Internship Program IBM Research - China

Practical Information

Nanostencil Lithography and Nanoelectronic Applications

Embedded System Design and Synthesis. Transition. Evolution of computation. Two major sources of changing problems. Impact of scaling on delay

Top 50 Emerging Technologies & Growth Opportunities

Energy beam processing and the drive for ultra precision manufacturing

Welcome at Grenoble Institute of Technology

SRII SRII Management Team

Davé Law Group s Unique Value Proposition

write-nanocircuits Direct-write Jaebum Joo and Joseph M. Jacobson Molecular Machines, Media Lab Massachusetts Institute of Technology, Cambridge, MA

State Research Award Goes to KIT Scientist Professor Jürg Leuthold Gets Award for His Groundbreaking Development of an Optical Silicon Chip

NNL Research Programmes. Mike Angus

Collaboration is the New Competition

PH880 Topics in Physics

Plan Optik AG. Plan Optik AG PRODUCT CATALOGUE

Introduction to Electronic Devices

Institute for the Theory of Advance Materials in Information Technology. Jim Chelikowsky University of Texas

A Perspective on Semiconductor Equipment. R. B. Herring March 4, 2004

Technology for the MEMS processing and testing environment. SUSS MicroTec AG Dr. Hans-Georg Kapitza

Investigating the Electronic Behavior of Nano-materials From Charge Transport Properties to System Response

Submitted by to: July 16, 2015

Computer Science Department CS 591 Ph.D. Orientation Presentation

Introduction to Materials Engineering: Materials Driving the Electronics Revolution Robert Hull, MSE

MEDIA RELEASE FOR IMMEDIATE RELEASE 26 JULY 2016

Status and Challenges for Probe Nanopatterning. Urs Duerig, IBM Research - Zurich

Panel 3: Technology Transfer and Development

<NOTICE> <PREAMB> BILLING CODE 3510-DS-P DEPARTMENT OF COMMERCE. International Trade Administration. University of Colorado Boulder, et al.

Giovanni Betti Beneventi

Consortium Capabilities

Department of Electrical & Computer Engineering. Five-Year Strategic Plan: Improving Lives. Transforming Louisiana. Changing the World.

Technion Overview. Established first University in Israel. Israel s primary technological university and largest centre of applied research.

School Field Trip Framework

1.1 PHILOSOPHY OF MICRO/NANOFABRICATION

Nokia Technologies in 2016 Technology to move us forward.

EXPLORE PRECISION ENGINEERING IN ARMENIA.

Holst Centre Wireless Autonomous Sensor Technologies & Flexible Electronics

The Spanish Supercomputing Network (RES)

Nanotechnology and its effect on Electronics Manufacturing

Promoting Foreign Direct Investment in The United States. Christopher Clement International Investment Specialist Invest in America

NCN vision NCN vision 2002

GRADUATE PROGRAMMES Semester 2 Examination EXAM TIMETABLE

Specifying and Measuring Nanometer Surface Properties. Alson E. Hatheway

CMOS Digital Integrated Circuits Lec 2 Fabrication of MOSFETs

Technology Transfer: Working with Industry at MIT. 10 February 2009 Kenneth A. Goldman Manager, Corporate Relations MIT Industrial Liaison Program

Innovative Technology for Innovative Science Hands-on in a Nanoscience Classroom

CITRIS and LBNL Computational Science and Engineering (CSE)

INSPECTION AND REVIEW PORTFOLIO FOR 3D FUTURE

Fujitsu Laboratories R&D Strategy. April 4, 2008 Kazuo Murano, Ph.D. President Fujitsu Laboratories Ltd.

Nanomanufacturing and Fabrication By Matthew Margolis

NEXT GENERATION SILICON PHOTONICS FOR COMPUTING AND COMMUNICATION PHILIPPE ABSIL

ISSCC 2003 / SESSION 1 / PLENARY / 1.1

5G Wireless Researcher Acces lab

Transcription:

October 28, 2010 IBM Research - Zurich Research Laboratory Walter Riess Science & Technology Department IBM Research - Zurich wri@zurich.ibm.com

Outline IBM Research IBM Research Zurich Science & Technology Outlook 2

IBM Research Worldwide More than 3,000 scientists and engineers at 8 labs in 6 countries +75 Development Labs IBM spent nearly $6B in 2009 on R&D Almaden (1986) Watson (1961) Haifa (1972) China (1995) Equator Austin (1995) Zurich (1956) India (1998) Tokyo (1982) Brazil (2010) First New Research Lab in 12 Years 3 Walter Riess wri@zurich.ibm.com 2009 IBM Corporation

IBM Research Ecosystem Research at the core of IBM and client relationships Academia & Government Clients, Alliances Operations, Technology Scientific / Technical Community IBM Research Sales & Distribution Global Services Systems & Technology Group Software Group

Research s Strategic Thrusts From Technology to Services Research Business Analytics & Math. Sciences Industry Solutions Services Software Storage Systems Systems Technology Exploratory

A Legacy of World-Class Research 1944: Mark 1 1948: SSEC 1956: RAMAC 1957: FORTRAN 1964: System/360 1966: One-Device Memory Cell 1967: Fractals 1970: Relational Database 1971: Speech Recognition 1973: Winchester Disk 1979: Thin Film Recording Heads 1980: RISC 1986: Scanning Tunneling Microscope Nobel Prizes: 1987: High Temperature Superconductivity 1990: Chemically Amplified Photoresists 1994: SIGe 1993: RS/6000 SP 1996,97: Deep Blue 1997: Copper Interconnect Wiring 1998: Silicon-on-Insulator 1998: Microdrive 2002: Millipede 2004: Blue Gene The fastest supercomputer in the world 2006: 5-stage Carbon Nanotube Ring Oscillator 2008: World s First Petaflop Supercomputer 6

A Culture of Innovation External Recognition 5 Nobel Laureates 9 US National Medals of Technology 5 US National Medals of Science 6 Turing Awards Copper Chip Technology Silicon-on- Insulator High Temperature Superconductivity Electron Tunneling Effect Scanning Tunneling Microscope SiGe DRAM Nuclear Magnetic Resonance Techniques Basis for MRI today High Performance Computing First woman recipient in the history of this prestigious ACM award 22 Members in National Academy of Sciences > 330 Professional Society Fellows 62 Members in National Academy of Engineering 10 Inductees in National Inventors Hall of Fame AAAS ACM ACS APS IEEE AVS IOP ECS OSA 7 Laser-etched hair based on excimer laser surgery foundation for LASIK surgery

Number of Patents 17 Consecutive Years of Patent Leadership 2009 US Patent Leaders 5000 4914 4000 An important metric of our scientific and technical leadership IBM Research generates > 25% of IBM s patents 3000 2000 70% Software and Services 2906 >3x >15x 70% are software and services patents Changing how the world does business 1537 1273 1000 0 289 250 208 141 43 IBM Microsoft Intel HP Apple EMC Oracle Google Accenture

Innovating How We Do Our Work Isolated Research Joint Projects IBM Divisions, Clients, Universities Radical Collaboration The World is Now Our Lab 50s 90s Hardware 90s 00s + Software & Services 00s + Smarter Planet Proprietary IP in IBM Products Influence Cross Licensing for Freedom of Action Income Leverage IP for Income Growth Leverage IP for New Business Opportunities Globally-Focused New Commercial Partnerships Locally-Driven Smarter Planet Initiatives 9

Outline IBM Research IBM Research Zurich Science & Technology Outlook 10

IBM Research Zurich ZRL population: ~340 employees Regular research & technical staff Pre-docs Post-docs & visiting scientists Students ZRL research projects span all Research strategy areas Computer Science 40 different nationalities 90 Collaborative projects with universities, industrial partners and governments Systems http://www.zurich.ibm.com/st Mathematical & Computational Sciences Science & Technology Storage Technologies 11 Walter Riess wri@zurich.ibm.com 2009 IBM Corporation

IBM Research - Zurich IBM Research: Zurich Research Focus Areas Computer Science: Security and Privacy, Business Integration Technologies, Systems Management Systems: Server Technology, Accelerator Technology, I/O Link Technologies, System Software, Energy Management Storage: Tape Technologies, Heads and Actuators, Storage Systems, Memory and Probe Technologies Math & Computational Science: Business Optimization, Computational Sciences, Data Analytics Science & Technology: Semiconductors, Systems Technologies, Beyond the Transistor, Nanotechnology, Health Walter Riess wri@zurich.ibm.com 2009 IBM Corporation 12

Science & Technology Semiconductor Technology Materials for future CMOS Ultimate transistors Energy Reuse of Energy Concentrator PV Systems technologies Heterogeneous integration Optical interconnects/photonics Thermal management Fluid flow Beyond the Transistor Semiconducting Nanowires Magnetism/Spintronics Molecular electronics Nanoscale science NanoTech Center Cleanroom for micro/nanofabrication "Noise-free" labs heat flow Micro-/Nanomechanics Probe-based nanofabrication NEMS/MEMS Metrology Fabrication at the nanometer scale Self-assembly & Patterning Hard Backplane Soft Cushion Stiff pattern 10 µm Health Microfluidics for point-of-care Microfluidic probe Walter Riess wri@zurich.ibm.com 2009 IBM Corporation

The Future of Nanoelectronics The best way to predict the future is to invent it. Alan Kay There is STILL plenty of room at the bottom! Walter Riess wri@zurich.ibm.com 2009 IBM Corporation

IBM Research Zurich Nanotechnology Center: A Collaboration with the Swiss Federal Institute of Technology (ETH Zurich) IBM constructs the building ($60 million) ETH Zurich rents for a minimum of 10 years 1000 m 2 cleanroom facilities Noise-free laboratories $30 million in equipment Both joint and independent research projects Scheduled to open in 2011 Additional partners welcome Walter Riess wri@zurich.ibm.com 2009 IBM Corporation

October 28, 2010 IBM Research - Zurich Research Laboratory Walter Riess Science & Technology Department IBM Research - Zurich wri@zurich.ibm.com

Diversity of Disciplines at IBM Research Behavioral Sciences Chemistry Computer Science Electrical Engineering Materials Science Mathematical Sciences Physics Service Science, Management & Engineering Walter Riess wri@zurich.ibm.com 2009 IBM Corporation