
US team finds direct proof for dark matter
The idea of dark matter in the universe dates back to the 1930s, with the observation that the gravitational force on the visible matter in clusters of galaxies could not fully account for their behav...
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The idea of dark matter in the universe dates back to the 1930s, with the observation that the gravitational force on the visible matter in clusters of galaxies could not fully account for their behav...
Konstantin Zioutas reports on the first Joint ILIAS-CAST-CERN Axion Training workshops, which covered a wide range of studies, from experiments at nuclear reactors to investigations of the roles of ax...
An observed excess of diffuse gamma rays traces the distribution of dark matter in our galaxy through its annihilations. Wim de Boer describes a recent analysis of the data.
Arguably the most fascinating question in modern cosmology is why the universe is expanding at an accelerating rate.
The CERN Axion Solar Telescope (CAST) collaboration has released the first results from its search for the solar axion, a viable candidate for a dark-matter particle.
With the first data from their underground observatory in northern Minnesota, the scientists of the Cryogenic Dark Matter Search (CDMS) have peered with greater sensitivity than ever before into the s...
The fourth conference in the "Beyond" series presented a clear overview of - and beyond - the current frontiers of particle physics, astrophysics and cosmology.
One of the most remarkable discoveries of recent years is that the universe appears to be dominated by some form of "dark energy", as Eric Linder explains.
On 28 April, the UK minister for science and innovation, Lord Sainsbury, opened a new research cavern at the Boulby Underground Laboratory for Dark Matter Research, at Boulby in North Yorkshire, UK.
The 5th Symposium of Sources and Detection of Dark Matter and Dark Energy in the Universe, held in February at Marina del Rey, California, focused on the current state of detection and theoretical stu...