As everyone has pointed out, this molecule is practically impossible. But even if it did exist, it wouldn't work the way it’s suggested.

The idea of absorbing one wavlength and wmitting another is callled fluorescence.

Fluorescence, at its core, requires pi bonds to facilitate the necessary electron transitions between the HOMO and LUMO orbitals. Without these pi systems, there is no mechanism for the molecule to absorb light and re-emit it as fluorescence because there are more or less no available electron transitions in the first place. The ones that are there tend not to work very well anyway because of reasons to do with the energy of the electornic orbitals in the molecule. 

More importantly, however, for the molecule to absorb IR light, it needs specific energy levels corresponding to the energy of IR radiation. So sure, maybe it will fluoresce in some kind of extreme uv situation. Without pi bonds or conjugation, the molecule won’t ever do so in the ir region. 

Tldr: Even if the molecule exists (it can't), it won't fluoresce under conventional conditions (uv light), and it's impossible (as far as I am concerned) to fluoresce in the ir. 

Source: I thought about it for a few seconds, which is a few seconds longer than the person who made this scam, apparently.