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We propose an open quantum systems approach to the physics of heavy quarkonia in a thermal medium, based on stochastic quantum evolution.
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At very high temperatures, where resummed perturbation theory is applicable, one can use the results of [ 10 ] directly, since they contain closed expressions from which V ( 𝑿 ) V(\bm{X}) and Γ ( 𝑿 , 𝑿 ) \Gamma(\bm{X},\bm{X}) can be read off
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The spectral function Eq.( 12
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