TEAMING is one of the activities under the Horizon 2020 EU Framework Programme that invests in Europe’s research and innovation potential through supporting the creation of new Centres of Excellence on the basis of partnerships with internationally leading institutions.

The grand objective of this project is to create the Centre of Excellence ENSEMBLE³, which focusses on research excellence and innovation performance in the area of crystal growth-based technologies, novel functional materials with innovative electromagnetic properties, and applications in photonics, optoelectronics, and medicine.

The Centre has already secured €15M of funding from the European Union and €5M of funding from the national authorities till September 2026. The ENSEMBLE³ Centre of Excellence has been created jointly by the following renowned institutions from Poland, Germany, Italy, and Spain: the Łukasiewicz - Institute of Electronic Materials Technology, and the University of Warsaw, the Karlsruhe Institute of Technology, the Sapienza University of Rome and the Nanoscience Research Center nanoGUNE.

The GOAL of this project is to create an autonomous Centre of Excellence ENSEMBLE³ and will be reached by pursuing the following OBJECTIVES:

• European and world-recognizable scientific and innovation potential in the areas of nanophotonics, advanced materials and novel crystal growth-based technologies.
• Excellence in terms of research and innovation culture enabled by substantial and intensive interactions between the Polish and the advanced partners, along with the real engagement of the advisory bodies.
• Growth potential where the innovative ideas, technologies and materials will help the Mazovian region and Poland to attain a competitive position in the global value chain.
• Long term self-sustainability and sustained excellence provided by stable long-term agreements with the advanced partners, developed international research agenda and financial stability plan based on industry, government, research projects, and individual funds.

ITME&UW:205 425Total: 400 000

UW: 198 661total: <1 000 000

Polish-SwissResearchProgramme

AFOSR

H2020-WIDESPREAD-04-2017-TeamingPhase1

ERA-NETRUS PLUS

05.2008-04.2012

2011-2016

03.2014-02.2017

09.2017-08.2018

02.2016-07.2018

prof. Dorota A. Pawlak

prof. Dorota A. Pawlak

prof. Dorota A.Pawlak

ENSEMBLE – ENgineered SElf-organised Multi-componentstructures with novel controllaBLe Electromagnetic functionalitiesContract No. NMP4-SL-2008-213669

Hybrid semiconducting materials for solar energy conversion

NOE: NOvel metamaterials and plasmonic materialsproperties enabled by directional eutectic solidification

Centre of ExcelleNce for nanophotonicS, advancEdMaterials and novel crystal growth-Based technoLogiEsGrant Agreement No. 763798 ENSEMBLE3

Development of manufacturing technology of a new typeof thermoelectric modules for conversion of low temperatur

The purpose of the International Research Agenda Programme (IRAP) in case of ENSEMBLE³ is to support the project realized under TEAMING competition with the common aim of creation of the new research centre, lead by renowned scientists to conduct research in order to solve a specific global scientific challenge by funding €10.8M till December 2023

The scientific and economic challenge of ENSEMBLE³ is to utilize crystal-growth techniques, as well as developing new methodologies for manufacturing novel advanced materials with unique optical/electromagnetic properties, which will find applications in such fields as photonics, optoelectronics, telecommunication, solar energy conversion and/or aerospace.

ENSEMBLE³ will address the fundamental needs of National and European society by developing a new range of materials and technologies for novel photonic devices which will certainly have wealth creation potential for National and European industries and the potential to improve the every-day lives of National and European consumers in terms of their advanced technological, optoelectronic, telecommunication and other applications.

ENSEMBLE³ will trigger long-lasting contributions to both the regional high-tech economy and national and European sustainable socio-economic development through closer cooperation with industry while engaging decision-makers and other stakeholder groups in supporting and fostering innovative research at the Łukasiewicz - Institute of Electronic Materials Technology, and the University of Warsaw.

contact@ensemble3.eu

01-919  Warsaw
133 Wólczyńska St. 

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Functional Materials Technology
Optical Nanocharacterization Group
Inverse Materials Design
Next-Generation Energy Systems
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Solar Energy Conversion
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Title

Project leader

Time frame

Funding agency

Funding amount/PLN

Title

Project leader

Time frame

Funding agency

Funding amount/PLN

Title

Project leader

Time frame

Funding agency

Funding amount/PLN

NCBR

NCN

NCN

NCN

3 499 999

FNP

ITME: 1 815 500total: 9 826 050

NCBR

01.2018-12.2020

07.2017-07.2020

06.2016-06.2019

05.2015-03.2019

04.2018-03.2021

01.2019-12.2021

prof. Dorota A. Pawlak

prof. Dorota A. Pawlak

Development of High Gauge Factor Piezoresistive MEMSSensors for Harsh Environment via CombinedHigh-Throughput Simulations and Experiments408569 – TERMOD

Eutektyczne cienkie warstwy do fotoelektrochemicznegorozkładu wody2016/23/D/ST5/02882

Badanie wpływu plazmonów powierzchniowych na zjawiskoemisji wymuszonej w nanokompozytach plazmonicznychdomieszkowanych jonami ziem rzadkich.

Na skrzyżowaniu eutektyków z metamateriałami

Eutectics and metamaterials at the crossroads

Novel photonic materials concepts, crystal growth,and beyond-the-state-of-the art optical characterizationat the crossroadsTEAM/2016-3/29

dr. Emil Tymicki

Development of manufacturing technology of a new typeof thermoelectric modules for conversion of low temperaturewaste heat into electricity408569 – TERMOD

Development of manufacturing technology of a new typeof thermoelectric modules for conversion of low temperature

prof. Dorota A. Pawlak

04.2012-04.2017

NCN

prof. Dorota A. Pawlak

02.2009-04.2013

FNP

Self-organization approach towards photonic/optoelectronicsTEAM/2008-1/7