This makes no sense. Photon and oscilatins in water molecules have a very small relxation time, probably less than 1ns. There are a lot of tother molecules bouncing. In a hot wet environment it's just impossible to keep the energy isolated in a weird quantum effect for 1 day (and definetively not years). Perhaps it's possible in a almost 0K environment, low pressure or solid.
This effect may change the heat capacity of water, but it should be already included in the experimental coeficients. I think it's impossible to calculate the heat capacity of water theoreticaly, it has too many parts, and the hidrogen bounds makes everything more difficult, beyond impossible.
I even don't undestand how this can accelerate the increase of ocean temperature. If there is a new way to hide some of the energy, it would increase the heat capacity and reduce the temperature instead.
This effect may change the heat capacity of water, but it should be already included in the experimental coeficients. I think it's impossible to calculate the heat capacity of water theoreticaly, it has too many parts, and the hidrogen bounds makes everything more difficult, beyond impossible.
I even don't undestand how this can accelerate the increase of ocean temperature. If there is a new way to hide some of the energy, it would increase the heat capacity and reduce the temperature instead.