I wouldn't suggest posting it anywhere other than here. I was just commenting on the HDR aspect of the photo. HDR is often times used to describe photos that have been processed to look "surreal" as you mentioned in the in your post. However, HDR stands for High Dynamic Range and is used for the purpose of capturing the full range of light, from the highest highlights to the darkest shadows. In the photo you posted, there are no real whites and no real blacks and is therefore a Low dynamic range picture.
If you are simply after a surreal look, that can be gained many ways besides HDR processing.
I hope that helped.
This is incorrect in several ways
1) There
are extreme blacks and whites in this image. In fact, it is almost perfectly clipped to use the full 8 bits of luminosity range of the jpeg. Try opening it up in photoshop and seeing for yourself.
2) HDR does not require there to be 100% blacks or whites anyway, though. HDR simply means that you compressed a greater dynamic range than is "normally" achievable into the final image, for your chosen medium, by using some sort of "abnormal" technique. As long as the final image has non-clipped luminosity range that extends beyond the normal range for that medium, it is HDR. Even if the blackest black is just a dark gray and the whitest white is just a light gray.
In fact, a much older method of HDR than any digital software method is simply developing an appropriate film in a compensating fashion. E.g. with highly diluted developing chemical, long development times, and very little and intermittent agitation, causing the developer to become exhausted in the highlights before it has blown them out, and thus no longer developing that area for awhile, while it continues to work in the shadows. This can MASSIVELY increase dynamic range if done properly (on the order of maybe 5-8 stops beyond "normal" processing methods), yet the actual final negative usually looks really dreary and gray, without much in the way of any whites or blacks (unless it was an extraordinarily high contrast scene to begin with).
HDR has nothing to do with the black to white range in the final image, and everything to do with the degree of
compression from the real world to the image, and how that compares to normal.
3) It's pretty much impossible to tell 100% for sure from looking at an image whether it is indeed HDR or whether it was low contrast to begin with and was tone mapped, unless you have some sort of privileged, outside information about the scene (as in: you were there, or the photographer described it to you in detail verbally, or you have quantitative light meter readings). Otherwise, you're just guessing based on your typical experience, and you could be wrong if it was a strange situation in real life.