The Secrets of a Ghost

[Erzie]

[Accessing Terminal...Granted]
[Welcome back to Allied Cognitive Technologies Laboratories]
[Accessing File: Project; Lambda Helium Cooler; Log 1]

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Test initiated. All systems: Green. Initiating start-up sequences.

Ingenuus power cell at three percent.
Creating power restriction, ten percent. Internal temperature, 950 degrees and stable.
Starting helium compression; helium temperature: 4 Kelvin, internal pressure: 4 kPa. Gravitation disabled.
Reducing helium temperature... 3 Kelvin. 2.5... Lambda point achieved, beginning injection. Temperature fa-... equalized. Internal temperature: -144, coolant run-time: 1.3 seconds.
Heat sink temperature: 128 degrees.

Test complete. Purging system.

Test results conclude that helium used at lambda point creates extreme heat conductivity. Heat transfer is nearly instantaneous, allowing for quick relocation of heat from source to sink. Combustion risk of helium is low in normal operating temperatures, high in extreme heat. Lambda conversion requires an enormous amount of power, to which we have no shortage. Efficiency levels of both power and coolant allow for further tests. Helium remains elemental but gaseous. Static tests will continue, notable findings documented. We require an active and flowing system in order to maintain temperature levels with constant power demands.