COSMIC IGNITION WEATHER
TOOL KIT
TOOL KIT
GRAVITATIONAL WAVES DEMONSTRATED AS CLOUDS
As wind blows air over a mountain or other obstacle air is forced upwards and gravity forces it back down. This
generates a wave in the atmosphere called a "gravity" wave. The wave amplitude of a such a vertically propagating
wave can increase with altitude because air density decreases with height. The increased
energy in the wave can exceed the local speed of sound and result in a broken crest as shown in the photograph
above. Cosmic ignited plasmas in the atmosphere can be heated by microwaves and generate gravitational waves.
There is some indication that HAARP may be generating them now. (See Penn State Lecture below)
As wind blows air over a mountain or other obstacle air is forced upwards and gravity forces it back down. This
generates a wave in the atmosphere called a "gravity" wave. The wave amplitude of a such a vertically propagating
wave can increase with altitude because air density decreases with height. The increased
energy in the wave can exceed the local speed of sound and result in a broken crest as shown in the photograph
above. Cosmic ignited plasmas in the atmosphere can be heated by microwaves and generate gravitational waves.
There is some indication that HAARP may be generating them now. (See Penn State Lecture below)
COSMIC IGNITION WEATHER MODIFICATION TOOLS
The plasma formed in the atmosphere using the cosmic particle ignition methods can be used for weather research
and weather modification in a number of ways. The plasma can act as a heater. It can be designed to have energy
deposited in the air. This energy can be used to heat water droplets in the case of tornado modification or to
generate acoustic and gravitational waves by heating the atmosphere and modulating the heating rate by
modulating the power of the heating beam. The heating can be applied to specific portions of a hurricane and
potentially modify its strength or direction.
The plasma formed in the atmosphere using the cosmic particle ignition methods can be used for weather research
and weather modification in a number of ways. The plasma can act as a heater. It can be designed to have energy
deposited in the air. This energy can be used to heat water droplets in the case of tornado modification or to
generate acoustic and gravitational waves by heating the atmosphere and modulating the heating rate by
modulating the power of the heating beam. The heating can be applied to specific portions of a hurricane and
potentially modify its strength or direction.
WEATHER MODIFICATION SCIENCE
The techniques embodied in the methods and apparatus (three patents pending) for cosmic particle ignition of
plasmas in the atmosphere (CIPPA) can be important tools in developing a science of weather modification.
Numerical simulations can be used with these methods to predict results, and the methods can provide
experimental cross checks.
The techniques embodied in the methods and apparatus (three patents pending) for cosmic particle ignition of
plasmas in the atmosphere (CIPPA) can be important tools in developing a science of weather modification.
Numerical simulations can be used with these methods to predict results, and the methods can provide
experimental cross checks.
PENN STATE-LEHIGH LECTURE
Some of the concepts for weather modification using cosmic particle ignited plasmas were presented in a lecture at
Penn State Lehigh in October, 2005.
Some of the concepts for weather modification using cosmic particle ignited plasmas were presented in a lecture at
Penn State Lehigh in October, 2005.
