Reasonable idea, Discus . . . . . what I'm envisioning is that black holes primarily accumulate mass and anything else (photons?) that pass through the event horizon in response to the super-intense gravity-well of the BH . . . headed for the 'singularity' (albeit, some may argue that to an outside-the-BH observer's POV, nothing 'appears' (to the observer) to ever get to the singularity!). If SQR is included (i.e., interacts with the BH's gravity), yes it would 'get-sucked-in' also. But I'm not sure that SQR interacts with gravity, but it simply proffers the constituents (gravitons, gluons, etc) that contribute to gravity, by creating mass (from energy). I referenced the scenario in which a BH would appears as a white hole (from SQR's POV), because in a BH, accumulated mass is 'going somewhere'. The 'somewhere' it (mass in BH) goes to follows: (IMPO) Accumulated mass is compressed by increasing BH gravity . . . first to single atoms . . . then particles that comprise the atoms . . . then to subatomic particles (e.g., quarks, gluons, etc.) that comprise the subatomic particles, thence to quantum scale (virtual vacuum) . . . essentially the 'reverse' of the SQR --> MR (mass creation) process . . . . BUT happening only locally (at BH's in MR). I am relatively sure that there is some loss, or conversion, to something else in this circuitous SQR -> mass --> BH --> SQR process . . . I'm just not sure what it IS . . . might involve dark matter, or CMB . . . . . from the SQR POV, I think this would be 'observed' as a spontaneous, randum burst (perhaps 'twinkle') of energy that would quickly incorporate into the SQR high-energy matrix. There is most likely a net entropy increase for the entire system.
Discus, does this make any sense to you? . . . . probably NOT to resident detractors.
Regards,
wlminex