I decided to apply for a Marie Curie fellowship mainly because I wanted to experience a different research environment and extend my research network.
The Marie Curie Industry-Academia Partnerships and Pathways project RADIO-PAST, studies “non-destructive” approaches to complex archaeological sites.
Getting robots to think and see like humans has been a daunting task for scientists and developers. Now, new technology is helping to achieve this with numerous applications for industry and services.
Today, this grant has already taught me many things, not only related to science, but also to people and culture.
The Marie Curie Actions grant played a crucial part in achieving my long term goals of a career in academic public health and contribution to the growing field of chronic disease management.
During my Marie Curie grant, I learnt new techniques and methods, I got involved in interesting side projects establishing new collaborators, and importantly I increased my publication record.
This project provided me with the right conditions to perform first class research in an extremely stimulating project and environment.
My Marie Curie fellowship helped me acquire technical skills for my projects and obtain the required accreditation for professorship in France. It is a rewarding process which has strengthened my career with a strong international networking, exposure and skills development.
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.
The Marie Curie fellowship helped me acquire a position of professional maturity in my research area. So I see it as a fundamental step in the progression of my academic career.
When I started to prepare my Marie Curie fellowship application, I felt it could represent a unique opportunity, not only for the development of my scientific career but also for my life in general.
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.
The huge prestige of Marie Curie Actions across Europe and excellent economic conditions motivated my application.
German scientist, Michaela Schedel, believes that her findings could change our understanding of childhood asthma and lead to new treatments for the potentially fatal condition.
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.
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.
Phenomenal growth of digital wireless and mobile communications systems has opened up a myriad of new applications and possibilities. Wireless...
The Marie Curie grant gave me the opportunity to develop my own research project with a large degree of autonomy.
The Marie Curie Actions fellowship gave me the scientific and financial independence to achieve this project and provided me with enough resources and flexibility to convince me that the move could work not only for my career, but also for my family.
Applying for my own research funding was an important step for my research career. Having completed one postdoctoral position already, I needed to be able to demonstrate my potential to attract research funding. The Marie Curie fellowship was an excellent opportunity to do this and they substantially increased the likelihood of both future funding and a permanent research position down the line.
The Marie Curie Actions Intra - European Fellowship was on top of my priority list of fellowships due to its prestige, attractive mobility allowances as well as the networking and support benefits it proposes.
The Marie Curie Actions Intra-European Fellowship gave me the opportunity to gain a truly interdisciplinary, pure research experience in theoretical nanoscience.
Novel semiconductors have great potential to power sensors that will control both small and large motorised equipment.
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.
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.