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| Nanoparticles in Interactive Environments |
Physics |
Research Continuation & Development |
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A strategic initiative by the Faculty of Science at
University of Gothenburg (Research Platform) involving collaborations between
the Departments of Physics and Chemistry, 2006-2010.
Nan particles are a fascinating form... more |
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| Molecular physics |
Physics |
Research Continuation & Development |
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Here follows some general information about
the activities of Molecular Physics group. Under "Education" you can find
information about courses connected to the group, and under "Personnel... more |
| Experimental atomic physics |
Physics |
Research Continuation & Development |
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Welcome to the home page of the experimental atomic physics
group at University of Gothenburg. We investigate the fundamental properties of
negative ions and we develop mass spectroscopic techniques. Please visit the
pages below... more |
| Atomic and molecular |
Physics |
Research Continuation & Development |
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The research done within the Atomic physics group goes in
many directions. From very fundamental calculations on atomic systems, via basic
research on clusters, fullerenes and negative ions to more applied studies on
carbon nanotubes... more |
| Accretion Discs |
Physics |
Research Continuation & Development |
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The stars are so close together in an X-ray binary that the
tidal forces from the compact object, a neutron star or a black hole, can tear
out material from the companion star. This matter then forms an accretion disc
around the... more |
| Chemical Physics |
Chemical analysis |
Research Continuation & Development |
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Chemical Physics lies in between chemistry and physics, akin
to physical chemistry. We focus mainly on laser spectroscopy and photochemical
processes, where chemical dynamics and reactions are initiated and studied with
light... more |
| Biological Chemistry |
Biochemistry |
Research Continuation & Development |
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Biological Chemistry is a discipline that
combines chemical and biological sciences. All aspects of Chemistry are
included, but with particular emphasis on biologically important molecules;
macromolecules like proteins... more |
| Molecular Structural Biology |
Biochemistry |
Research Continuation & Development |
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Research at the division of Molecular Structural Biology
covers a broad range of topics, from structural enzymology, molecular
neurobiology to the structural basis of glycoprotein export from the
endoplasmatic reticulum.
... more |
| Computational Biology and Biological Physics |
Building function |
Idea Development |
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The Computational Biology & Biological Physics Group at Lund
University pursues a very broad spectrum of research activities. In particular,
the group builds models of macromolecules and living systems, and investigates
biological... more |
| Theoretical High Energy Physics |
Building function |
Idea Development |
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The Theoretical High Energy Physics Division is performing
phenomenological research, with special emphasis on the strong interaction (QCD),
including multiparticle production and signals for "new physics" in high energy... more |
| Theoretical Physics Research |
Building function |
Idea Development |
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In Theoretical Physics we build mathematical models and theories describing the physical reality. Using approximations and simplifications, a complex phenomenon can be reduced, thus revealing the relevant underlying mechanisms. To improve... more |
| Theory & Modelling |
Biochemistry |
Idea Development |
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The division of Theory and Modeling is concerned with descriptions of nature that elucidate the interplay between the basic laws of nature and our sensory perceptions. The beauty of these descriptions, or models, lies in their simplicity... more |
| Thinfilm Physics |
Biochemistry |
Idea Development |
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Our aim is to increase the fundamental understanding of vapor phase growth and reactions in thin films on an atomistic level, and to explore physical properties of structures unique to thin solid films. The strategy is to carry out... more |
| Functional Electronic Materials |
Building function |
Idea Development |
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In the Division of Functional Electronic Materials, we conduct scientific research on electronic, magnetic and photonic semiconductor materials and nanostructures. The materials systems currently under study include novel spintronic... more |
| Tissue Factor – A model protein |
Building function |
Idea Development |
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Tissue Factor – A model protein for elucidation of single amino-acid contribution to β-sheet protein stability and stabilization achieved by specific additives.
The number of recombinant proteins in clinical trials... more |
| Folding and stability of TPMT |
Building function |
Idea Development |
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Folding and stability of the pharmacogenetically important enzyme Thiopurine Methyltransferase,
Thiopurine methyltransferase (TPMT) is a polymorphic enzyme catalyzing S-methylation of thiopurine drugs. Today at least 23 non-functional... more |
| Protein design |
Building function |
Idea Development |
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A major goal of protein engineering is protein stabilization. Our strategy for stabilizing HCA II is to use CA from different species with higher stability and similar 3-D structures, but with different sequence homology.
We... more |
| Protein-surface interaction |
Building function |
Idea Development |
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Proteins at interfaces have captured the attention of much research during the last few decades and are of increasing interest because of the implications in a wide variety of fields .
Little is known about the direction... more |
| Protein-surface interaction |
Building function |
Idea Development |
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Proteins at interfaces have captured the attention of much research during the last few decades and are of increasing interest because of the implications in a wide variety of fields .
Little is known about the direction... more |
| The Biochemistry Group |
Biochemistry |
Idea Development |
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The general objective of our research in biochemistry is to understand different important aspects of the protein folding process. This also includes misfolding and related diseases as well as conformational changes associated to protein-protein... more |
