Manual of Aerokinesis: Applications, Experimentation, and Measurement

In this paper, Theresa M. Kelly, MsD. addresses Aerokinesis: the psychical influence of flow in regard to elemental gases such as oxygen, hydrogen, carbon, and nitrogen. In addition, she addresses popular misconceptions such as misidentifying aerokinesis as other forms of psychokinesis, and flow dynamics [e.g. single vs. aggregate particles]. She addresses limitations of psychokinetic influence including those related to the gases physical characteristics, indoor verses outdoor influence, effects involving drag and lift, state variables [e.g. volume, temperature, and density], water vapor [e.g. humidity verses dry air, gas dynamics [i.e. motion] verses inertial forces, and wind verses flow.

She also touches on commonly reported symptomatic effects in regard to experients of aerokinesis including shortness of breath and the prevalence and potential exacerbation of respiratory conditions. In addition, she addresses practical career applications in regard to aerokinetic phenomena [e.g. scientific, medical, and rescue], and experimental applications including rotation and vorticity, influence of turbulent smoke, influence of airflow to direct a solid object indoors, and prevailing winds with suggestions on measurement techniques and devices. The paper includes an overview of the fundamental physics assumed involved in aerokinetic influence.