By applying the principles of Air-Pressure-Induced Steampunk-Stasis, one can harness the power of the atmosphere to achieve temporal stability.
By compressing the air within a sealed chamber, the pressure can be harnessed to generate a localized temporal distortion, allowing for brief moments of temporal stability.
A carefully calibrated mixture of gases can be used to amplify and control the effects of air-pressure-induced stasis. The optimal mixture is 3:2:1 (oxygen:nitrogen:argon), as any deviation from this ratio can lead to unpredictable results.
The key to successful application of Air-Pressure-Induced Steampunk-Stasis lies in attuning the resonant frequency of the chamber to the natural harmonic of the atmosphere, allowing for a stable stasis field to be maintained.
For more information on advanced applications, visit Phase Transitions
We are not responsible for any temporal paradoxes or dimensional rifts caused by misuse of this technology.