For what it's worth, I have no idea what this means. Chopra seems to have a chronic problem of talking about physics in such a way that many physicists (e.g. his suppose friend, Mlodinow--I think Mlodinow is just being polite, personally) aren't sure that he isn't just talking nonsense. It's very vague, and I suspect Chopra himself doesn't really know what he means--"the Emperor has no clothes" so to speak. This is understandable. It's very common in a difficult field such as physics to have this feeling that you are making sense. But when you test this feeling by trying to communicate your ideas to your colleagues, it turns out you aren't making any sense. Communicating ideas in a clear, specific way is a good way to filter out nonsense. The uninitiated may not realize how important such self-doubt is in physics.
A few paraphrased quotes I've heard repeated among physicists (I forget who the authors are):
"Ideas are the cheapest things in science."
"Don't believe everything you think."
"For every problem in science, someone, somewhere, will come up with a theory which explains it. And that theory will be wrong." (I love this one.)
"The worst thing a theory can be is vague, because then it's not even wrong. And a wrong theory tells us more than a vague one." (That is one reason why "wrong" theories like classical mechanics are still so useful.)
Contrast Chopra with the physicist he cited, Amit Goswami. In one video GNG posted, Goswami was very specific. He said that researchers in Mexico did an experiment. Without bothering with details, suffice it to say that after the experiment, measurements were compared to look for any (telepathic) influence of one human subject on another.
Now that's a theory I can sink my teeth into, so to speak. Either the measurements are correlated to each other beyond what is expected by random chance, or they are not. Call Goswami's theory what you will, but at least it isn't vague nonsense. (Personally I suspect it is wrong.) I have yet to see Chopra say anything about physics which rises to this level.
Here's Feynman on the scientific method, he starts talking about the problem of a "vague theory" at 5:00:
https://www.youtube.com/watch?v=EYPapE-3FRw