DTU recently welcomed 22 highly talented researchers who have been granted a H.C. Ørsted COFUND fellowship. The 22 researchers come from all over the world and will spend the next years at the University advancing their scientific career.
By Stine Work Brodersen and Vibeke Hempler
The original H.C. Ørsted postdoc programme was launched in 2004 and given to young, talented researchers from abroad. Co-funding by the European Union’s Marie Skłodowska-Curie actions has enabled DTU to uphold both the number and the duration of granted fellowships in 2016.
No fewer than 188 applicants applied. After a thorough review process, where the applications were subjected to external international peer review based on a set of predefined criteria, DTU has selected 22 promising researchers who have shown great potential in their respective field of research. The fellows represent 11 different nationalities, and will carry out research within an extensive range of academic fields.
Recipients of H.C. Ørsted COFUND postdoc fellowships in 2017:
NAME
|
DEPARTMENT
|
COUNTRY
|
PROJECT TITLE
|
Andrea Capozzi
|
DTU Electrical Engineering
|
Italy
|
Generating long-lasting transportable hyperpolarized substrates via Dynamic Nuclear Polarization and thermal annihilation of photo-induced radicals (LLTHS)
|
Anna Dragos
|
DTU Bioengineering
|
Poland
|
Role of prophages in ecology and evolution of Bacillus (EcoEvoVirBac)
|
Bo Wang
|
DTU Mechanical Engineering
|
China
|
Nitrogen expanded austenite on austenitic stainless steel with superior load-bearing capacity: synthesis, characterization and performance (NEA-SCP)
|
Chengfang Pang
|
DTU Environment
|
China
|
Realistic Environmental Exposure and Hazard Assessment of Nanoscale Copper Phthalocyanine (RealNano)
|
Ding Zhao
|
DTU Danchip
|
China
|
Nanoscale interactions between electrons and ice: Towards the ultimate resolution of ice lithography (NanoE-ICE)
|
Diptesh Dey
|
DTU Chemistry
|
India
|
Laser induced control of molecules and chemical reactions (LASERCONTROL)
|
Emily Riley
|
DTU Aqua (DTU Physics)
|
Great Britain
|
Flagellate Flow Fields: Trade-offs and Variability(protistflow)
|
Gaurava Kumar Jaisawal
|
DTU Space
|
India
|
NICER views of neutron stars' physics (NEONS )
|
Helena Junicke
|
DTU Chemical Engineering
|
Germany
|
Novel concepts for biobutanol production using mixed microbial cultures (BUTAX)
|
Lorena Fernández-Cabezón
|
DTU Biosustain
|
Spain
|
Re-shaping central metabolism in Pseudomonas putida for White Biotechnology purposes (REWIRE)
|
Mariusz Kubus
|
DTU Chemistry
|
Poland
|
Design, Synthesis and Characterization of 2D Metal-Organic Framework Materials: From Bulk to Nanostructures (DesignMOF)
|
Matthias Wiesenberger
|
DTU Physics
|
Germany
|
Particle Acceleration in Reconnection EventS (PARES)
|
Petr Witz
|
DTU Management Engineering
|
Czech Republic
|
Consolidating and operationalizing theories of genuine public participation in large-scale engineering projects (COPP)
|
Prasanna Kadirvelayutham
|
DTU Energy
|
India
|
High-Capacity 2D Electrode Materials For Magnesium Ion Batteries (2DMIB)
|
Prasant Singh
|
DTU Compute
|
India
|
Understanding Schubert Codes (USC)
|
Romina Henriques
|
DTU Aqua
|
Portugal
|
Genomic analyses of DNA from archived white shark (Carcharodon carcharias) jaws (GENOJAWS)
|
Sarvesh Kumar Srivastava
|
DTU Nanotech
|
India
|
Microbots for chemotherapeutic drug delivery against solid tumours (Chemobots)
|
DTU Bioengineering
|
China
|
Biosynthetic pathways and expression platforms for marine bioactive compounds (SynBGCs)
|
Shi Jia
|
DTU Fotonik |
China |
Tbit/s THz Photonics Wireless Communication (T-Welcom)
|
Stanislav Borysov |
DTU Management Engineering |
Ukraine |
Deep Statistical Modeling for Transport Systems in Context (DEEP-TS)
|
Xiaowei Zhu |
DTU Mechanical Engineering |
China |
Multi-objective optimization of microstructure enhanced plate heat exchangers for organic Rankine cycle power systems (MicroPHE)
|
Yiqiang Wang |
DTU Mechanical Engineering |
China |
Cellular Structural Topology Optimisation for Additive Manufacturing (CSTO-AM)
|