This system was solved in May 2020, using solveSystem in Macaulay2 v1.15 with an Intel(R) Core(TM) i5-5250U CPU at 1.60GHz.
There were 2 solutions found in 3.356 seconds (with a Bezout bound of 1458).
Reference: "Determination of magnitudes, directions, and locations of two independent dipoles in a circular conducting region from boundary potential measurements" by C.V. Nelson and B.C. Hodgkin (pages 817-823), "Coefficient-Parameter Polynomial Continuation" by A.P. Morgan and A.J. Sommese (pages 123-160), "Mathematical reduction of a heart dipole model" by A.P. Morgan and A. Sommese and L.T. Watson (pages 407-410).
See also: http://homepages.math.uic.edu/~jan/Demo/heart.html.
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The object heart is a method function.