-
fundamental questions about the particles and forces governing our Universe to energy-related research. The methods of our investigations are also diverse and complementary, and range from theory and computer
-
and fusion physics, as well as nuclear physics. This diversity of research topics allows us to connect fundamental questions about the particles and forces governing our Universe to energy-related
-
, in particular phase-contrast micro- and nano-tomography. At the MAX IV synchrotron there are several beamlines available with relevance for this project: NanoMAX (nano-probe and coherent imaging
-
should be sent to: amber@linxs.se THIS PROJECT: Developing a nano-spectral imaging approach for biological & biomedical samples. In bio samples, complex chemical and structural composition
-
analysed using advanced optical techniques such as: High-speed imaging Laser-induced fluorescence Particle image velocimetry Experimental and numerical results will be evaluated and compared to refine both
-
deviations for stochastic processes, and interacting particle systems. The group also has both national and international collaborations. Duties The postdoctoral position offers an opportunity to further
-
include: Epitaxial growth of AlN, AlGaN and related device heterostructures by MOCVD (Lund Nano Lab). Development of data-driven and AI approaches for deterministic synthesis of AlN during MOCVD
-
, the focus is on wood science and technology, with research and education on wood materials from nano to macro level, wood composites, and wood adhesives, as well as accredited testing of wood products and
-
redesign of bacterial Contractile Injection Systems (CIS) — evolutionarily conserved protein complexes that function as nano-syringes to inject molecular effectors into target cells. CIS hold exceptional
-
tools from micro/nanofluidics and analytical chemistry to better characterise and understand our experimental systems. The Esbjörner lab also have interests in exosome biology, single particle analysis