The reflection circle, a term coined here for the first time, is the circumcircle of the reflection triangle. It has center
at Kimberling center 
, which is the 
-Ceva conjugate of 
.
The radius is given by
 |  |  |
(1)
|
 |  |  |
(2)
|
where 
is the circumcenter, 
is the orthocenter, 
, 
, 
, and 
is Conway triangle
notation, 
is the area of the reference triangle, and
 |
(3)
|
Its circle function interestingly corresponds to the same triangle center as its center: 
.
Its 
-power
is given by
 |
(4)
|
(P. Moses, pers. comm., Feb. 3, 2005).
No Kimberling centers lie on it. However, the anticomplements of 
and 
lie on it, as do the reflection of 
in 
and 
in 
(P. Moses, pers. comm., Jan. 31, 2005).
