ibm innovations in nanoscience: made in switzerland, matthias kaiserswerth

7/28/2019 IBM Innovations in Nanoscience: Made in Switzerland, Matthias Kaiserswerth

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2013 IBM Corporation

IBM Innovations in Nanoscience:

Made in Switzerland

Dr. Matthias Kaiserswerth

Director, IBM Research - Zurich

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Photo Credit: Swiss Nanotech Report: Tiny but important things


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IBM Research - Zurich

Agenda

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Introduction

Made in Switzerland

Binnig and Rohrer Nanotechnology Center

Why Switzerland?

IBMs Interests in Nanotechnology


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Agenda

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Introduction


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WatsonAlmaden

Austin

TokyoHaifa

Zurich

India

Dublin

Melbourne

Brazil

China

IBM Research labs

Labs added since 2010Nanoscience Research

Africa(Kenya)

IBM invested $6.3B on

R&D in 2012

More than 3,000

scientists andengineers

World's largest

information technologyresearch organization

IBM Research: The World is Our Lab


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- Established in 1956

- 45 different nationalities

- 90+ collaborative

projects with universities,industrial partners andgovernments

- Two Nobel Prizes

(1986 and 1987)

- Cutting-Edge NanotechCenter opened in 2011



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Micro & Nano Fabrication:Probe-basednanofabrication, nanostencil lithography, self

assembly, cantilever technology

Beyond Conventional Devices:Nano-

electromechanical switch, semiconductornanowires, spintronics

Nanoscale Science:Atomic manipulation,molecular electronics, nanotribology,

nanomagnetism

Materials for SemiconductorTechnology:High-mobility materials,

epitaxial oxides

Nano Research Projects @ Zurich


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Introduction

Made in Switzerland

Why Switzerland?


Agenda




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Agenda




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Open Collaboration in Nanoscience


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Clean RoomFlexible Cleanroom for Micro and Nanofabrication


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Noise Free LabsThe influence of external sources of noise is reduced by several shielding andcompensation measures; Six labs, eight meters below street level


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IBM Receives Swiss Tell Award for Investment in theBinnig and Rohrer Nanotechnology Center

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Introduction

Made in Switzerland


Why Switzerland?


Agenda


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Agenda


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TabulatingSystems Era

Eras of Computing


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ProgrammableSystems Era

Eras of Computing


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ProgrammableSystems Era

Eras of Computing

CognitiveSystems Era


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Silicon Nanotechnology:

Approaching Molecular Dimensions

2005

90nm

2010

65nm

IBM Cell

45nm 32nm

2015

IBMSRAM

Cell

2020

2025


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2005

90nm

2010

65nm

IBM Cell

45nm 32nm22nm

2015

IBMSRAM

Cell

2020

2025


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2005

90nm

2010

65nm

IBM Cell

45nm 32nm22nm

2015

IBMSRAM

Cell

2020

16nm

2025


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2005

90nm

2010

65nm

IBM Cell

45nm 32nm22nm

2015

IBMSRAM

Cell

2020

16nm

2025

11nm


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Beyond the 22-nm generation:Ultimate CMOS

Semiconductor Nanowires Carbon Nanotubes


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SwissLitho


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Made in Switzerland

Introduction


Why Switzerland?


Agenda


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Made in Switzerland

Agenda


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First to image theanatomy of a molecule


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First to distinguishindividual molecular bonds


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First to image the chargedistribution in a single molecule


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First to synchronize electronspins and image the formation

of a persistent spin helix


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Nanoliter-volume Swiss army knifefor pathology and cell biology


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2013 IBM Corporation24

IBM Research Zurich

Nanoprinting for Security


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2013 IBM Corporation25

A collaboration with EPFLand ETH to design 3Dstack-chip architectureswith tiny liquid coolingmicrochannels for more

energy efficient computing

For more details

visit our poster

during lunch today

Credit: LTCM (Laboratory of Heat and Mass Transfer


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Agenda

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Why Switzerland?

Introduction

Made in Switzerland




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Agenda

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Why Switzerland?


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Why IBM Research is in Switzerland?

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IBM Research in Switzerland was astrategic decision

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Opportunity to collaborate with top

scientific universities

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Strong recruitment location to attract amulti-cultural talent pool

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Strong recruitment location to attract amulti-cultural talent pool

Outstanding government support forapplied and basic research

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Why Nanoscience in Switzerland?

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Education, research and innovation remain very high

on the agenda and are not subject to short-termreductions

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3% of the Swiss GDP is used for domestic R&D. Two

thirds of this amount is spent by companies in fields

with an already existing or potential links tonanotechnology

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Switzerland is open - businesses located in Switzerland

are highly innovative and participate in global value

chains

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Switzerland is open - businesses located in Switzerland

are highly innovative and participate in global value

chains

Government incentive systems as well as processes

and structures are designed to promote bottom up

activities as much as possible

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ibm innovations in nanoscience: made in switzerland, matthias kaiserswerth

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