Can the reflection of a candle appear brighter than the candle itself? We set a candle down on a table, and next to it, a reflecting curved surface.
The light from the candle flame is of course, dispersing, spreading out and hence the apparent brightness is dropping as the distance (from our eye to the flame) squared.
The image in the mirror however is presumably made up of the parallel light rays, those reflected at the exact angle to reach our eye. It seems the apparent brightness of the reflected image should be independent of distance. (It will, of course, depend on the distance from the candle to the surface, but let's assume that's small)
Here is a rough diagram mapping this out:

Thus as we move away, is there not some point beyond which the reflection appears brighter? 
Going further, could we not go an infinite distance away and the reflection still appear bright?
I'm very interested to hear the practical limitations here (such as the attainable quality of a reflective surface) but also whether the pure thought experiment holds up.
 A: Edit applied - the question has change from a flat mirror to a curved mirror. Original answer below.
With a concave mirror surface it would in principle be possible to generate some parallel rays of light from the candle that would be brighter than the candle for a longer distance, however, there are some practical difficulties.
The size of the candle is finite so the light comes from a volume rather than a fixed point, which makes generating really parrallel rays from all parts of the candle impossible. In reality what would happen is that over distance the focussed light intensity would slowly drop. 
Original answer for flat mirror - or at least the original image had a flat mirror
If the candle flame is symmetrical then the path to the eye which includes mirror reflection will always be longer and so the light will always be more dispersed in the case of the mirror as it has passed over a longer distance....
There are a couple of other things to consider...


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*The fraction of light reflected by the mirror will not be 100%, though it may be close to 100%

*If the mirror is in any way curved and non-parallel then the light from the candle might be brighter for a certain range of distances if the mirror focuses light from the candle somewhere in the direction of the eye and close to the eye.
In London a building, nicknamed the 'walkie talkie' has curved windows which one day focussed sunlight enough to damage a couple of cars and started a carpet to smoulder (burn with low intensity) in a shop. The building was not a perfect reflector by any means or the correct geometry to really focus the suns rays, just somewhat curved and curved enough to focus the sunlight enough to do the damage
A: light is in a form of light energy,so there will not be make up of light from nothing.The experiment is only collecting the light from other direction to one,not making it brighter.Infact,the four light Ray will only convert to a significant point,and at that pt you won't say the candle is brighter.Its only an image of the candle.
