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Kimberly Dick Thelander

Position:    Professor

E-mail:    kimberly.dick@ftf.lth.se kimberly.thelander@ftf.lth.se
Phone:   
Cell phone:   
Room:    B101
Address:    Box 118
22100 Lund
      Sweden

University:    Lund University
Division:    Solid State Physics
Research Area(s):    Materials Science
Quantum Physics
Nanoelectronics- & photonics
Interests:   

 
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Open Positions

No open positions at the moment.

Research:

See also publication list and research group

Our research focuses on the understanding and controlling the properties of semiconductor nanostructures. We are especially interested in epitaxial growth of III-V nanowires by MOVPE and characterization of their structural and composition by TEM.

Current research projects:

Fundamental studies of crystal growth by in-situ TEM
We are interested in investigating and understanding the basic processes that occur during nucleation and growth of semiconductor crystals, especially nanowires. This research is conducted using a custom hybrid CVD-TEM, where semiconductor growth is conducted in a TEM with real-time imaging.
Active in this project: Daniel Jacobsson, Marcus Tornberg, Carina Babu Maliakkal
Primary funding: Knut & Alice Wallenberg Foundation (Wallenberg Academy Fellowship)
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Atomic scale ordering for exotic electronic phases
In this new project we are aiming to use precise control of crystal phase in nanowires to develop crystal phase heterostructures, which will be used to explore exotic electronic and excitonic effects. 
Active in this project: Sebastian Lehmann, Heidi Potts
Primary Funding: Knut & Alice Wallenberg Foundation (Research project - overview in Swedish)

 
Alternative seed particles
We are interested in developing the growth of III-V nanowires using seed particles other than gold. In particular, we aim to control the properties of the resulting nanowires by rational selection of seed particle material.
Active in this project: Rong Sun, Roberg Hallberg, Erik Mårtensson, Karl Winkler
Primary funding: European Research Council (ERC Starting Grant)
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Nanowire-based 3D architectures
We aim to develop complex heterostructure and ternary nanowires with emphasis on antimony-containing materials. In particular we are interested in developing more complex structures in 3D dimensions using these nanowires as building blocks.
Active in the project: Luna Namazi, Hanna Kindlund
Primary funding: Swedish Foundation for Strategic Research (SSF individual grant), Swedish Research Council (VR Project Grant)
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Teaching:

I am the coordinator and primary lecturer for the courses:

"Materials analysis at the nanoscale" KOO105

From 2008-2012 I was responsible for and created the course:
"Nanomaterials - Thermodynamics and Kinetics" FFFN05 

 
I have also been involved with the courses:
"Crystal growth and semiconductor epitaxy" FAFN15
"Microscopic characterization of materials" KOO065 
 

 

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