USS Mongoose - Science Department
"Hm." Dr Hanson stares at her screen, deep in thought, for several minutes before leaning back and rubbing her eyes. "Okay, this is gonna take some work." She taps her communicator. "Lt Hanson to Ensign Haskins, report to Physics Lab 2 please; I have a project I could use your help with."
"Right away, Ma'am."
A few minutes later, Ensign Haskins enters the room; Dr Hanson is standing in front of the replicator as a cup of coffee materializes. She looks over her shoulder as she hears the door hiss open. "Ah, good." She motions to one of the large viewscreens on the wall while she sips her coffee.
"These are the graviton scan results from earlier, first the Ancestor's, then the Mongoose's. You see that small discrepancy in the mass? That's our project. I have a hunch that discrepancy is what's allowing the Ancestor and it's crew to successfully assimilate into our universe."
Haskins looks at the viewscreen with a puzzled look on his face. "I don't follow."
"The scans are indicating that the fundamental particles of the Ancestor are interacting with the Higgs Field slightly differently than their equivalent particles in our universe, hence the discrepancy in their mass and the lack of degradation in their quantum signature."
"The part about the mass makes sense, I'm confused as to how that affects its quantum signature. Or doesn't affect it, I guess."
Dr Hanson puts her coffee down on one of the desks."Okay, so the current theory concerning why the quantum signatures of objects and people from other universes degrade once in our universe is that multiple instances of the same matter cannot coexist for prolonged periods, especially when in close proximity to each other. So far, none of the extra-universal visitors on record have exhibited this discrepancy in mass. My theory is that that discrepancy makes the Ancestor and it's crew unique objects with no direct counterparts in our universe, because even if they do have counterparts here, that mass discrepancy makes them just different enough that there's no conflict between their elementary particles, hence no driving force behind the degradation.
Haskins crosses his arms as he speaks, "Okay, that makes sense. So what about the discrepancy in the Mongoose's mass? Shouldn't it be the same as pervious scans?"
Dr Hanson speaks as she lifts her coffee back up to her mouth, "That's the complicating factor here." She pauses while she sips her coffee. "If that discrepancy is a trait of the Ancestor's home universe, it should not be present in the Mongoose, but it is. Therefore, our first task is to figure out what exactly that discrepancy is. I've got a few hypotheses." She touches a button at her workstation and the data on the viewscreen is replaced with a list.
She points at the first item on the list. "Hypothesis One: The discrepancy is a trait of the Ancestor's home universe." She points at the second item. "Hypothesis Two: The discrepancy is a natural fluctuation caused by exposure to dark energy." She points at the third item. "Hypothesis Three: The discrepancy is a sensor malfunction." She sips her coffee again.
"Now obviously, Hypothesis One isn't testable, since we can't exactly send a probe to their universe to check. Two would be simple, just get two scans of the same object while it's in the Expanse and then while it's not. We'd have to do that with a shuttle most likely, since the Mongoose has away teams out right now. Three is even easier to test; we just need to run thorough diagnostics on the sensors used to make our scans." She moves to sip her coffee again, then looks at the cup in mild disappointment as she realizes it's empty now.
"There's not much point in testing Two without being sure the sensors are working properly, so we should start with Three." He turns from the viewscreen to look at Dr Hanson.
She talks while returning the cup to the replicator, "My thoughts exactly." She transfers the data from her workstation to her datapad while the cup dematerializes. "Let's go check those sensors."
>>> To Mongoose: Engineering >>>