PARTNER SEARCH FORM

advertisement

INFORMAL GROUP OF R&D LIAISON OFFICES (IGLO)

PARTNER SEARCH FORM

AREA OF INTEREST:

DATE OF PUBLICATION OF THIS FORM: 24/6/2010

ANSWERS EXPECTED BEFORE:

GENERAL INFORMATION

NAME OF ORGANISATION*:

TYPE OF ORGANISATION*:

 Public body (Research organization/university/lab)  SME/ SME association  Other private actor

Not for profit organization Regional body/agency Other (specify)

CONTACT PERSON

NAME*

COUNTRY

WEBSITE

Yossi Paltiel

Israel http://aph.huji.ac.il/people/paltiel/index.html

ADDRESS

TEL*

FAX

E-MAIL*

Applied Physics Department

Center for nano science and nano technology

Hebrew University, Givat Ram

Jerusalem 91904, Israel

+972- 2-6585760

+972- 2-5663878 paltiel@cc.huji.ac.il

TYPE OF PARTNER SEARCH*:

FP7 SPECIFIC CALL

NO SPECIFIC CALL/EXPRESSION OF INTEREST (ONLY IF RELEVANT)

CONSORTIUM* POSITION WITHIN CONSORTIUM*

 Create a new consortium

Join an existing consortium

As a Coordinator

 As a Partner

IF FP7 RELEVANT CALL:

AREA OF INTEREST

* Compulsory 1

INFORMAL GROUP OF R&D LIAISON OFFICES (IGLO)

PARTNER SEARCH FORM

COOPERATION

1 – Health

2 - Food, agriculture, fisheries and biotechnologies

3 – ICT

 4 – NMP

 5 – Energy

6 – Environment (including climate change)

7 – Transports (including aeronautics)

8 – SSH

9 – Space

10 – Security

PEOPLE

Initial Training networks Networks (ITN)

Intra European fellowship (IEF)

European Reintegration Grants (ERG)

Cofunding (COFUND)

Industry-Academia Partnerships and Pathways (IAPP)

International Outgoing Fellowships (IOF)

International Incoming Fellowships (IIF)

International Reintegration grant (ERG)

Marie Curie “Researchers’night”

Marie Curie Awards

EURATOM

CAPACITIES

Research infrastructures

 Research for the profit of SMEs

Regions of knowledge

Research potential

Science in society

Support to the coherent development of research policies

International cooperation

CALL DETAILS

IDEAS

Starting Independent research grant

Advanced Investigator grants

JRC

CALL IDENTIFICATION (according to WP):

N ANOSCIENCES , NANOTECHNOLOGIES ,

M

ATERIALS AND

NEW P RODUCTION TECHNOLOGIES -

NMP

DATE OF PUBLICATION:

July 2010

PROJECT INFORMATION

ACRONYM & TITLE:

CLOSURE DATE:

November 2010

NMP.2011.1.1-1 Smart and multifunctional packaging concepts utilizing nanotechnology

* Compulsory 2

INFORMAL GROUP OF R&D LIAISON OFFICES (IGLO)

PARTNER SEARCH FORM

ABSTRACT* :

Quantum nano-structures are likely to become primary components of future electronic devices. Practical realization of quantum devices faces a number of challenges. These problems include phase relaxation (decoherence) that erodes operation of a quantum device as well as the problems of control, such as manipulation and measurement of the quantum states in a device. However, the benefits from the successful implementation of these devices can be enormous. In our work we aim to understand the relations between the environment and the nano system and create a controlled system for room temperature quantum device operation. Our study is exploiting a novel developed simple and cheep self assembled "nano-toolbox" that includes semiconductor narrow band nanocrystals, metal nano-particles and organic molecules that link the nanocrystals to a substrate. These will couples to their substrate by organic molecules that will serve as efficient controlled couplers.

This methodology is producing a generic technology for constructing nano-systems based sensors in which the hybrid layers are interconnected and operate in unison, without inhibiting their quantum nature while coupled and packaged similar to a classical reading device.

In preliminary work we were able to control the confinement potential using different dots systems as well as charge and spin transfer control in our hybrid dots systems [1-3]. We have realized and measured a hybrid quantum sensor operating at room temperatures using a standard field effect transistor with light-sensitive gate formed by nanocrystals linked by organic molecules to its surface [4]. Moreover, we have discovered a 300K collective electron transfer through the hybrid layer by studying the current noise in such a device [5].

We are confident that the simple assembly procedure which allows the use of known packaging will open the use of an hybrid classical quantum nano devices.

RELEVANT PULICATIONS:

[1] S. Shusterman et al .

Europhys Letters 88 (2009) 66003.

[2] D. P. Kumah et al .

Nature Nanotechnology 4 (2009) 835.

[3] Y. Paltiel, et al . Appl. Phys. Lett. 89 1 (2006).

[3] T. Aqua et al. Appl. Phys. Lett. 92 (2008) 223112.

[4] Y. Paltiel et al .

Physical Review Letters 104 , 016804 (2010).

KEYWORDS:

Nano dots, nano crystals, hybrid devices, quantum, sensors

TYPE OF PROJECT Funding scheme :

PARTNERS ALREADY INVOLVED ( Contact Name, Name of organization, e-mail address):

PARTNER SOUGHT

COUNTRY (IES) (if relevant):

* Compulsory 3

INFORMAL GROUP OF R&D LIAISON OFFICES (IGLO)

PARTNER SEARCH FORM

EXPERTISE REQUESTED*:

ROLE:  Technology development  esearch  Training

 Dissemination  Demonstration  Other (specify): …………….

ORGANISATION TYPE:

Public body (Research organization/university/lab)  SME/ SME association  Other private actor

Not for profit organization  Regional body/agency Other (specify)

 Any

HOW MANY PARTNERS ARE REQUIRED?

* Compulsory 4

Download