My Marie Curie Actions Reintegration Grant covers my research costs and it allows me to develop personal projects while integrating in a research team already in place.
I applied for a MCA long-term fellowship to complement an EMBO fellowship, which allowed me publish in a high impact journal.
As my objective was mainly to collaborate with Europes most outstanding experts, the prestigious Marie Curie grant was a precious opportunity for me.
The Marie Curie fellowship is an important opportunity to develop my research on visual studies and on semiotic-social meanings of images: modernity and advertising poster in Paris at the beginning of 20th century.
I applied for a Marie Curie fellowship a few months after I defended my thesis. I was working on fundamental aspects of the physics of materials, investigating how materials break, from the atomic to the macroscopic scale. This study inspired me many ideas on how to design stronger materials.
New antenna technology will make mobile wireless communication better and faster, opening up more location-based applications. Advertising, emergency services and many more areas stand to benefit.
Now it is my turn to attract in my new group a highly qualified researcher, also eligible for a Marie Curie fellowship. I'm looking forward to taking my next step as a group leader and I really want to thank Marie Curie Actions for this.
The Marie Curie Actions fellowship does not only help me to define myself as a distinguished specialist, it will also enable me to establish my own research group in the near future and develop excellent cooperation with world leading research institutions.
The Marie Curie grant gave me the opportunity to develop my own research project with a large degree of autonomy.
My Marie Curie fellowship has so far allowed me to choose a research topic to which I had had no previous exposure, but which I was fully scientifically ready to tackle, and to start making my own way towards producing original results.
Novel semiconductors have great potential to power sensors that will control both small and large motorised equipment.
Phenomenal growth of digital wireless and mobile communications systems has opened up a myriad of new applications and possibilities. Wireless...
After a two-year post-doctoral training period in Mexico, the Marie Curie fellowship represented the best option to reintegrate in the European research environment within optimal working conditions.
The Intra European Fellowship HIGHZLENS project aimed at studying the formation and evolution of 'high redshift galaxies through gravitational telescopes'.
I decided to apply for a Marie Curie fellowship mainly because I wanted to experience a different research environment and extend my research network.
This project provided me with the right conditions to perform first class research in an extremely stimulating project and environment.
The Marie Curie Actions fellowship provided me with a unique opportunity to develop my skills as a molecular microbiologist, especially due to the application of modern genetic approaches.
An international EU-funded partnership is leading the way in food quality and safety.
The Marie Curie International Reintegration Grant represents a prestigious type of funding and it undoubtedly helped in further supporting the evolution of my career from post-doctoral scientist to independent principal investigator and research team leader.
Studying physics and work on science is my biggest childhood dream. The Marie Curie Actions represent one of the best opportunities I had to make it come true.
The Marie Curie Industry-Academia Partnerships and Pathways project RADIO-PAST, studies “non-destructive” approaches to complex archaeological sites.
My time as a Marie Curie fellow has been a highlight of my post-doctoral experience. The fellowship has lived up to its reputation and my greatest expectations.
I realized that a Marie Curie grant would provide my projects with substantial momentum given the large flexibility the funding allows in using the money.
Thanks to the wide range of resources available – both from the Marie Curie fellowship and the institution – and the breadth of interests represented by my supervisors, I knew I would be guided into a successful career as independent investigator.
Peter Tóth aimed at "understanding the broomrapes' language" and finding out how they involuntarily communicate with their natural enemy, the Phytomyza Orobanchia flies.