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Institute

Number of posts

Research Projects

Info

MedAustron (Wiener Neustadt, Austria)

1

  Research for clinical  study development for ion beam   therapy

How to apply

  CNAO (Pavia, Italy)

1

 

 Intra-fraction motion compensation in Image-Guided Hadron Therapy (IGHT)

How to apply

CNAO (Pavia, Italy)

FILLED

Development of clinical studies. Disease potentially treatable with hadrontherapy.

 

GSI
(Darmstadt, Germany)

1

Clinical radiobiology of lung tumors

How to apply

Heidelberg Ion Therapy Center (HIT)

1

Developing clinical trials for proton and carbon ion radiation therapy.

How to apply

CERN
(Geneva, Switzerland)

FILLED

To compare treatment planning codes with the Monte Carlo codes, GEANT4 and Shield-Hit

 

CERN
(Geneva, Switzerland)

FILLED

To establish a prototype, collaborative grid environment and grid-enabled applications around the emerging hadron therapy centres in Europe

 

CERN
(Geneva, Switzerland)

FILLED

Establishment of a rare tumour database prototype (Extended to 31st January)

 

GSI
(Darmstadt, Germany)

FILLED

Radio-biophysical Measurements for the Extension to other Ions

 

MedAustron (Wiener Neustadt, Austria)

FILLED

To establish a software platform for evaluating combined modality treatment plans

 

MedAustron (Wiener Neustadt, Austria)

FILLED

Adaptive Radiotherapy and treatment planning strategies
for ion beam therapy

 

TERA Foundation
(Geneva, Switzerland)

FILLED

Novel Accelerator concepts for Hadrontherapy

 

TERA Foundation
(Geneva, Switzerland)

FILLED

In Beam PET and dose monitoring with single particles in Hadrontherapy

 

Karolinska Institutet
(Stockholm, Sweden)

FILLED

Cellular and molecular responses of high LET radiation

 

Karolinska Institutet
(Stockholm, Sweden)

FILLED

PET prototype for in-situ monitoring

 

IBA(Louvain-la-Neuve, Belgium)

FILLED

A reference Monte Carlo platform to assess radiation quality in hadrontherapy (protons and carbon ions)

 

University of Surrey (Guildford, England)

FILLED

Developing a suite of multiscale models which describe the clinical effects of hadron therapy in silico.

 

Heidelberg Ion Therapy Center (HIT)

FILLED

Customization and integration of the FLUKA Monte Carlo (MC) code for verification of CT-based treatment plans of therapeutic ion species

 

CNAO(Pavia, Italy)

FILLED

Novel Gantry Design

 

CNAO(Pavia, Italy)

FILLED

Intra-fraction motion compensation in Image-Guided Hadron Therapy (IGHT)

 

SIEMENS (Germany)

FILLED

Simulation and Dosimetry: FLUKA and GEANT at Healthcare PT

 

SIEMENS (Germany)

FILLED

Image Guided Hadron Therapy at Healthcare PT

 

 

 

 

 

 



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