Yeah. The impression I get from this article (which is pitifully short on specifics) is that they're going to exploit some of the seemingly-nonlocal properties of QM, like quantum teleportation.
So, a normal refrigerator decreases entropy in one region and increases it in another, but they're directly adjacent regions and the entropy (heat) is moving from one to another along a simple, everyday path (like a heat exhaust tube). It sounds like the researchers have proposed using some quantum-teleportation-like trick to have the heat show up in some unconnected region of space.
Is it sad that my second thought reading that was of weaponization. Depending on how you project this energy, you could put it somewhere very much unwanted. Or the opposite, remove it from somewhere very much needed.
So, a normal refrigerator decreases entropy in one region and increases it in another, but they're directly adjacent regions and the entropy (heat) is moving from one to another along a simple, everyday path (like a heat exhaust tube). It sounds like the researchers have proposed using some quantum-teleportation-like trick to have the heat show up in some unconnected region of space.