Jørgen Christensen-Dalsgaard
Personal data:
Name: Jørgen Christensen-Dalsgaard
Title: Professor
Head, Danish AsteroSeismology Centre
Email:
Fax: +45 8612 0740
Phone: +45 871 55604
Secretary: +45 871 55605
Private: +45 86 27 58 21
Address: P. S. Krøyers Vej 14
DK-8270 Højbjerg
Denmark
Born: Oct. 6, 1950
Spouse: Birte Christensen-Dalsgaard
Children: Karen Christensen-Dalsgaard
Signe Christensen-Dalsgaard
Grandchildren: Clara, born 10/5/06.
Anna, born 6/11/08.
Liv, born 7/1/12
Research
My research covers aspects of solar and stellar structure and
oscillations, with particular emphasis of the application of
oscillation observations to helioseismology and asteroseismology.
Much of this activity is organized in the
Danish AsteroSeismology Centre (DASC).
This in part serves to prepare our participation in the asteroseismic
analysis of data from
the NASA Kepler satellite,
with planned launch in 2008.
A major activity has been to serve as scientific leader of the MONS project
(for Measuring Oscillations in Nearby Stars) on the planned Danish
satellite Rømer.
This page gives information about the project.
Unfortunately, the funding of the Danish Small Satellite Programme
has been terminated, thus blocking for the completion of the project.
Teaching
I
teach
introductory and advanced courses
in stellar structure and evolution, as well as a course on
stellar pulsation.
In addition, I occasionally conduct study groups in other, related subjects.
Pages relevant to ongoing or recent courses
Research students
- Motee Phorah (PhD, with University of Morth-West, Mmabatho,
and University of Cape Town, South Africa).
Project: oscillations in stellar atmospheres.
- Niels Høck Andersen (MSc). Project: computation of frequencies
of delta Scuti stars.
- Hans Staugaard Nielsen (MSc). Project: modelling of stars and
stellar pulsations.
- Tine Bjørn Nielsen (MSc). Project: stellar modelling, to fit
oberved colour-magnitude diagrams and eclipsing binaries.
Some former students:
-
Regner Trampedach (MSc). Projects:
- Equation of state for stellar models.
- Hydrodynamical simulations of stellar convection.
Now postdoc in Canberra, Australia.
-
Rasmus Munk Larsen (PhD, Department of Computer Science).
Project: Efficient parallel algorithms for helioseismic inversion.
Now postdoc in Stanford, California
- Thomas Pedersen (MSc). Project: inversion for turbulent diffusion
coefficient in the Sun.
-
Lars Peter Rasmussen (MSc).
Project: Simulation of MDI response to solar oscillations.
-
Jesper Munk Jensen (PhD, with Department of Geophysics).
Project: time-distance helioseismology.
Now postdoc in Lund, Sweden.
- Thebe Medupe (PhD, with University of Cape Town).
Project: oscillations in stellar atmospheres.
Now at South African Astronomical Observatory, and University of Cape Town.
Some potentially interesting material:
Lecture Notes on Stellar Oscillations
Aarhus Adiabatic Pulsation Package. Programmes for computing adiabatic
stellar oscillations, with fairly extensive documentation.
Reference solar model.
This is Model S of Christensen-Dalsgaard et al. (1996) which has been
used fairly extensively as reference in helioseismic inversion.
Non-technical description
of helio- and asteroseismologi (in English).
Populær
beskrivelse af helio- og
asteroseismologi (på dansk).
Home page for the Astronomy Group,
Aarhus University.
Beskrivelse af danske videnskabelige
og tekniske aktiviteter i forbindelse med rumforskning.
Extensive set of references in TeX format, for download.
Last updated
Wednesday, 7 March, 2012 at 15:08
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