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Published online by Cambridge University Press: 26 February 2010
It has been conjectured that, if p ≡ 1 (mod 4) is prime, and if d < 0 is a square-free discriminant with  then
 then

Where  belongs to the field
 belongs to the field  is the fundamental unit of Q(√k),
 is the fundamental unit of Q(√k),  depending on whether there are an even number or an odd number of classes per genus in Q(√d), and Ω is the genus field of Q(√d). Here
 depending on whether there are an even number or an odd number of classes per genus in Q(√d), and Ω is the genus field of Q(√d). Here  the summation being over a complete set of inequivalent forms in the genus G, and
 the summation being over a complete set of inequivalent forms in the genus G, and

In this paper it will be shown that this conjecture is true when d is the product of two odd discriminants. An example when d is the product of three prime discriminants is discussed.