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Development of a Methodology for Preventive Maintenance of Wind turbines trough the use of Thermography (PREWIND)

Objective

The research and training outlined in this proposal is aimed at extending our knowldedge of strongly coupled gauge theories with lower amounts of supersymmetries and their relation to gravity, using methods from and inspired by String theory. In particular we want to study non-perturbative aspects of N=1 super Yang-Mills theories, such as the structure of their moduli spaces - working towards a full understanding of its global structure - and efficient method of calculating of superpotentials. Also we want to study topological aspects of Little String Theories and (2,0) gauge theories and related aspects of poorly understood non-abelian two-form gauge theories.

Central in our approach is the use of topological field theories - topological open and closed strings to study super Yang-Mills theories and their coupling to gravity, and topological open membranes to study (2,0) gauge theories. Such techniques are extremely powerful and often lead to remarkable exact calculations of quantities such as superpotentials of gauge theories. Superpotentials are important for physically interesting problems such as supersymmetry breaking and phase structures. Applications to phenomenologically interesting problems such as these form an integral part of our proposal. An important tool to tackle these questions is the use of matrix models, recently proposed as an extremely efficient method to calculate effective superpotentials, which can often be related to partition sums of topological open strings.

As part of this project we want to extend the reach of powerful new methods to calculate such partition sums, and use it to gain an enhanced insight in their moduli space. This research will be complemented by benefiting of the extensive expertise of the host institute in areas of String theory, Yang-Mills, gravity, phenomenology and conforma/field theories.

Call for proposal

FP6-2002-SME-2
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Coordinator

FORDERGESELLSCHAFT WINDENERGIE E.V
Address
Stresemannplatz 4
Kiel
Germany

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Participants (17)

ALPHATHERM GMBH
Germany
Address
Am Lunedeich 70
Bremerhaven

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AMBIQUAL LDA CONSULTORIA EM AMIENTE E QUALIDADE
Portugal
Address
Rua Mario Viegas 112 R/c Esq Alvide
Alaacabideche

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APER-ASSOCIAZIONE PRODUTTORI ENERGIA DA FONDI RINNOVABILI
Italy
Address
Piazzale Morandi 2
Milano

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ASOCIACION DE PEQUENOS PRODUCTORES Y AUTOGENERADORES DE ELECTRICIDAD CON FUENTES DE ENERGIA RENOVABLES- APPA
Spain
Address
C/paris 205
Barcelone

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ASSOCIACAO PORTUGUESA DE PRODUTORES INDEPENDENTES DE ENERGIA ELECTRICA DE FONTES RENOVAVEIS APREN
Portugal
Address
Av. Duque D'avila,26-1°
Lisbon

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AUTOMATION TECHNOLOGY GMBH
Germany
Address
Technologiepark 24
Trittau

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CENTRE DE RECERCA I INVESTIGACIO DE CATALUNYA S.A.
Spain
Address
C/ Margallo 12
Barcelona

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ESPACE EOLIEN DEVELOPPEMENT SARL
France
Address
Rue Des Ponts De Comines 19
Lille

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GALWAY ENERGY AGENGY LTD
Ireland
Address
Galway City Council- City Hall Colege Rd
Galway

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IIIAKO REWMA AGRIOGIANNOS MICHALIS
Greece
Address
Leoforos Knossou 7
Heraklion

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IRISH WIND ENERGY ASSOCIATION LTD
Ireland
Address
Arigna, Carrick-on Shannon
Co.roscommon

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ITALIAN SECTION OF INTERNATIONAL SOLAR ENERGY SOCIETY - ISES ITALIA
Italy
Address
Via Tommzso Grossi 6
Rome

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JONICA IMPIANTI SOC. COOP. A.R.L.
Italy
Address
Via Poerio 226
Lizzano

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KRYPTON GMBH
Germany
Address
Am Holzhafen 8
Bremen

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REETEC GMBH
Germany
Address
Cuxhavener Str.10
Bremen

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TEGOPI - INDUSTRIA METALOMECANICA,S.A.
Portugal
Address
Rua Do Jardim 837 - Vilar Do Paraiso
Valadares

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VEREIN ZUR FOERDERUNG DES TECHNOLOGIETRANSFERS AN DER HOCHSCHULE BREMERHAVEN E.V.
Germany
Address
An Der Karlstadt 10
Bremerhaven

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