2017 kr. 1.250.000

Iris Adam

Titel og grad:

Postdoctoral Fellow, Dr. rer. nat. Diplome-engineer for Medical Biotechnology

Institution:

University of Southern Denmark

Bevillingstype:

Reintegration Fellowships

Projektnavn:

Modelling the developmental neuromechanics of vocal learning

2017 kr. 1.266.000

Müge Özbek Akcay

Titel og grad:

Researcher, PhD

Institution:

Aarhus University

Bevillingstype:

Reintegration Fellowships

Projektnavn:

Influence of living in another culture for identity and well-being: The case of Turkish immigrants in Denmark

2017 kr. 1.197.000

Anders Anker Bjørk

Titel og grad:

Postdoctoral Fellow, PhD

Institution:

University of Copenhagen

Bevillingstype:

Reintegration Fellowships

Projektnavn:

Highlighting Greenlandic Historical Ice Speeds [HiGHSpeed]

2017 kr. 1.053.000

Aske Laursen Brock

Titel og grad:

Postdoctoral Fellow, PhD

Institution:

Aalborg University

Bevillingstype:

Reintegration Fellowships

Projektnavn:

Women and the company: Female agency in global trading companies, 1600-1800

2017 kr. 2.373.000

Cecilie Brøns

Titel og grad:

Postdoctoral Fellow, PhD

Institution:

Ny Carlsberg Glyptotek

Bevillingstype:

Reintegration Fellowships

Projektnavn:

Sensing the ancient world: The invisible dimensions of ancient art

2017 kr. 1.097.000

Christian Thrue Djurslev

Titel og grad:

Postdoctoral Fellow, PhD in Classics and Ancient History

Institution:

University of Edinburgh

Bevillingstype:

Reintegration Fellowships

Projektnavn:

From Classical Learning to Christian Culture: Oriental Monarchs in the Latin West, 200-700

2017 kr. 1.135.000

Mikkel Krause Frantzen

Titel og grad:

PhD

Institution:

University of Copenhagen

Bevillingstype:

Reintegration Fellowships

Projektnavn:

The poetics and politics of grief – a literary history

2017 kr. 1.197.000

Yulian Gavrilov

Titel og grad:

Intern (similar to Postdoctoral Fellow), PhD

Institution:

University of Copenhagen

Bevillingstype:

Reintegration Fellowships

Projektnavn:

Towards rational improvement of protein stability: A combined computational and NMR spectroscopic approach.