We apply a spherical CR Dehn surgery theorem in order to obtain infinitely
many Dehn surgeries of the Whitehead link complement that carry
spherical CR structures. We consider as a starting point the spherical
CR uniformization of the Whitehead link complement constructed by
Parker and Will, using a Ford domain in the complex hyperbolic plane
.
We deform the Ford domain of Parker and Will in
in a
one-parameter family. On one side, we obtain infinitely many spherical CR
uniformizations on a particular Dehn surgery on one of the cusps of the
Whitehead link complement. On the other side, we obtain spherical CR
uniformizations for infinitely many Dehn surgeries on the same cusp of the
Whitehead link complement. These manifolds are parametrized by an integer
, and the spherical CR
structure obtained for
is the Deraux–Falbel spherical CR uniformization of the figure eight knot
complement.
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