The visible matter in the Universe is like a water-lily in a dark lake, says Prof. Dr. Andreas Burkert. By observing its behavior, one can deduce the nature of the "dark matter". This is the mystery that Prof. Burkert, Chair of Computational Astrophysics at LMU's Astronomical Observatory, wants to solve.
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The visible matter in the Universe is like a water-lily in a dark lake, says Prof. Dr. Andreas Burkert. By observing its behavior, one can deduce the nature of the "dark matter". This is the mystery that Prof. Burkert, Chair of Computational Astrophysics at LMU's Astronomical Observatory, wants to solve.
The visible matter in the Universe is like a water-lily in a dark lake, says Prof. Dr. Andreas Burkert. By observing its behavior, one can deduce the nature of the "dark matter". This is the mystery that Prof. Burkert, Chair of Computational Astrophysics at LMU's Astronomical Observatory, wants to solve.
The visible matter in the Universe is like a water-lily in a dark lake, says Prof. Dr. Andreas Burkert. By observing its behavior, one can deduce the nature of the "dark matter". This is the mystery that Prof. Burkert, Chair of Computational Astrophysics at LMU's Astronomical Observatory, wants to solve.
