((Oh, forgot to post an action again? Time flies when you're having fun...))
Note the amount of air vented and if I can see any visible changes in volume or bubling or anything else out of the ordinary.
Split the liquid into 8 containers (doesn't need to be a precise split). If possible, try to put something like a larger container or the lid of a container or something below the transfer boxes so that if anything spills, I won't have to clean the chamber unless I make a colossal screw up.
Close one container (preferably the original one) and keep it aside and try to not touch it or otherwise mess with it so that I have an "as pure as possible" sample.
Put a miniscule amount of goo in a few microscope slides.
If possible, pump the air from inside the box into a suitable container. If no containers or other devices capable of receiving and storing air are available, just put the hose out of the base with the help of ALVIN and pump the air out. If that's not possible, find or create a second vacuum pump and attach it with a valve to an airtight container. Empty the air out of the container and then transfer the air from the vacuum glove box to the airtight container. Drill holes and connect with hoses as common sense dictates, because I don't want to start drawing diagrams or make this action any more complicated.
Perform any tests Simus and anybody else has given me. Help Simus perform any experiments she wants herself.
Empty the air (if any) from those experiments to separate containers if possible, or at least take samples from them.
Once the vacuum glove box is as empty of air as possible and all containers inside it are sealed, repressurize it and then open it.
Label all sample containers appropriately.
Take the goo samples back to the fridge.
Look at one of the goo slides in the microscope. Record results.
Apply varying amounts of electrical charge (start from low and go higher) to a goo slide while looking at it in the microscope. Record results. Pay special attention to any changes in structure, size or movement.
Apply heat to a goo slide while looking at it in the microscope. Record results. Pay special attention to any changes in structure, size or movement.
Announce results of testing to team.
((By the way, is anybody watching the crystal?
And nobody has any ideas for goo experiments?))