DTU har i 2016 udvalgt 18 yderst talentfulde unge forskere til at modtage H.C. Ørsted COFUND postdoc DTU-legater. De unge forskere stammer fra hele verden og vil bruge de næste to år på DTU.
Af Stine Work Brodersen og Vibeke Hempler
DTU har i 2016 budt velkommen til 18 yderst talentfulde unge forskere, der har modtaget H.C. Ørsted COFUND postdoc DTU-legaterne. Legatprogrammet har til formål at fremme karrieremuligheder for unge forskere ved at give dem mulighed for at fordybe sig i egne forskningsprojekter i en længere periode.
Det oprindelige H.C. Ørsted Postdoc Program, der blev lanceret i 2004, gav et-årige legater til unge, udenlandske forskere, der havde vist exceptionelle resultater i deres forskning. Co-funding fra EU's Marie Curie Actions program tillod i 2014, at DTU kunne udvide programmet både i forhold til antal forskere og længden af forskningsopholdene.
Ikke færre end 210 ansøgere ansøgte ved fristen i 2016. Efter en grundig evalueringsproces, hvor samtlige ansøgninger blev internationalt eksternt peer-reviewet, udvalgte DTU de 20 forskere, der viste størst potentiale inden for deres områder. De unge forskere er af 11 forskellige nationaliteter og vil i løbet af de næste par år arbejde på 14 af DTU’s institutter og centre inden for en række forskellige forskningsområder.
Modtagere af H.C. Ørsted COFUND postdoc DTU-legaterne i 2016:
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NAME
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DEPARTMENT
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COUNTRY
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PROJECT TITLE
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Alexis Duchesne
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DTU Physics
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France
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A CorneR In A Hurricane: the facetting of a magnetically controlled rotating flow in calefaction state (ACRIAH)
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Ali Davoudinejad
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DTU Mechanical Engineering
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Iran
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Micro 3D Additive Manufacturing and Integrated Process Chains (MICRO-AM)
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Davide Bacco
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DTU Fotonik
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Italy
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Quick Quantum Distribution (QQuaD)
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Deepak Jain
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DTU Fotonik
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India
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High Power Supercontinuum Sources (Hi-POSS)
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Diana Saturning
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DTU Space
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Portugal
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A modified virtual magnetic observatory scheme with application to Swarm satellite constellation measurements (Swarm-VO)
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Dmitrii Pankratov
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DTU Chemistry
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Russia
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Implantable biosupercapacitors using ultra-thin and robust nanobiocomposites (BioSuperCap)
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Emilio Martínez Pañeda
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DTU Mechanical Engineering
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Spain
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MICRO scale METAL plasticity: fundamentals and applications (MICROMETAL)
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Filipe Rodrigues
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DTU Management Engineering
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Portugal
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Transportation in context: from explaining the past to predicting the future using information mined from the Web (TrIC)
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Floor Soudijn
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DTU Aqua
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Holland
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Linking marine fish production to patterns in copepod dynamics (FishPod)
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Kristen Kaasbjerg
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DTU Nanotech
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Denmark
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Quantum information processing in two-dimensional materials (QIP2D)
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Liguan Li
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DTU Environment
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China
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Plasmid transfer in microbial communities of wastewater treatment plants:
novel insights from metagenomic analysis (P-TransPlant)
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Marlène Vuillemin
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DTU Chemical Engineering
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France
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Novel route to humanized glycoproteins by designed trans-sialidases (DESIGNGLYCO)
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Priyanka Singh
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DTU Biosustain
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India
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Green Synthesis of Metal Nanoparticles: The Metabolic Engineering Approach (GS-NaP)
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Qingming Deng
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DTU Energy
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China
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Computational design of novel low-cost catalysts for the oxygen reduction and hydrogen oxidation reaction (CompOx)
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Stephanie Snyder
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DTU Aqua
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USA
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Predator-prey dynamics behind the largest movement of biomass on the planet (DVM)
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Vincent Neiger
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DTU Compute
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France
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Structured polynomial linear algebra and applications to decoding algorithms (SPLADA)
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Wei Qiu
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DTU Physics
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China
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On-chip manipulation of nanoparticles by controlled acoustic streaming: theory and experiment (NANOPARTICLEACOUSTICS)
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Zhengtao Ai
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DTU Civil Engineering
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China
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Dynamics and time scales of airborne transmission in indoor environments (DOSE)
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