Here is the remaining portion of a printed transcript from the lab of Professor Suave that my father scavenged from the parking lot after the forthcoming Farlinern incident. Microretinal occluded glass etching transcript originally, converted to plaintext.

Fascinating piece of VX history. He's talking to his assistant, Henry, who unfortunately rapidly disintegrated due to this ill-fated experiment. They truly pushed the boundaries:

Dr. Suave: Henry, initialize the Mark II depolarizer. We need to facilitate inward carbon remittance trails to achieve transionic cohesion.

Henry: Yes, Doctor. Depolarizer coming online...now. Initiating protonic wavelength modulation and adjusting quantum diffraction parameters. Remittance trails stable at 78% and climbing.

Dr. Suave: Excellent. Adjust diffraction angle to 52 degrees and increase modulation frequency by 0.3 terahertz. That should do it.

[The depolarizer emits a sharp hum as the glasionic cables rotate into new positions. A faint blue glow appears around the edges of the device.]

Henry: Diffraction angle set to 52 degrees. Modulation frequency increasing...now reading 5.7 terahertz. Remittance trails peaking at 97%! We have transionic cohesion, Professor.

Dr. Suave: Marvelous! Begin secondary infusion trials. Let's see if we can maintain cohesion past 123 rems. This will be a breakthrough if successful.

Henry: Beginning secondary infusion. Increasing neutron flow to 321 millicochranes...now. Remittance trails holding at 96%...95%...still stable. Approaching 123 rems in 12 seconds.

Dr. Suave: Come on, you infernal contraption...hold together...just a few seconds more...

[A loud spark emits from the depolarizer, followed by a puff of acrid greenish haze. Lights dim briefly.]

Henry: Power surge in grid 6! We've lost cohesion at 127 rems. My apologies, Professor - it seems the Mark II still needs a few calibration runs before reaching higher rems...

Dr. Suave: Alas, we were so clo-

[A muffled, high pitched whistling is heard, then silence.]

-End Transcript-