The IAC hosts the annual meeting of the DALI experiment to search for dark matter

Proof-of-concept prototype of the DALI experiment manufactured at the IAC's instrumentation facilities. Credit: Inés Bonet (IAC)


 

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DALI Fig. 10
DALI(PoP). Pioneering the tunable broad band search for axion dark matter above 25 μeV

The detection of the axion would be one of the most important events in the history of science. This hypothetical particle can simultaneously solve two fundamental questions of modern physics: the problem of violation of charge-parity (CP) symmetry in the strong interaction and the mystery of dark matter. The axion couples to photons. The search

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Evolution of large-scale structure as calculated by supercomputers. The boxes show how filaments and superclusters of galaxies grow over time, from billions of years after the Big Bang to current structures. Credit: Modification of work by CXC/MPE/V. Springel

The detection of the axion would mark a key episode in the history of science. This hypothetical particle could resolve two fundamental problems of Modern Physics at the same time: the problema of Charge and Parity in the strong interaction, and the mystery of dark matter. However, in spite of the high scientific interest in finding it, the search at high radio frequency -above 6 GHz- has been almost left aside for the lack of the high sensitivity technology which could be built at reasonable cost. Until now.

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