People who study human memory have also known this for a long while. That is not the novelty of the finding. The novelty is the bridging of a memory paradigm of transitive inference which I believe has been shown to critically depend on hippocampal binding operations, and the effect of stress on that memory supporting hippocampal operation. I've been out of the memory field for about 10 years now moving on to autism research, but was very much exclusively in the hippocampal-dependent memory research field during my phD work. This is a good research team, and I have colleagues who have worked with some of the authors (e.g. Allison Preston). In any case, this is the type of study that is much much much more focused on current theory of a hippocampal operations supporting memory than non-hippocampal contributions (e.g. encoding / retrieval mnemonics, etc). The point is that the take home for scientists in the field won't be much like what a news clip might write about the study (but props to the submitter for giving the actual study link!)
I don't know about that. Even Harvard has a big grade inflation problem. And non-elite colleges are trying to make it as effortless as possible to get a degree.
I wonder if it helps explain in part why the Publish or Perish culture is wrecking science and stalling scientific progress. The stressful environment it tends to create it's not conductive to learning and thinking in depth.
This also kinda makes me think back to how most of the influential thinkers we know didn’t make their impact in the structures we know today.
Makes me wonder if most of the prestige and “remnants” of those eras are actually just competitive pressure cookers that may not provide the environment anymore for the achievements they once enabled.
It's too bad that's not what the institutions are doing.