GEO-ENGINEERING: Still Think There’s No Such Thing as Weather Modification & Manipulation?
Source – gizadeathstar.com
– “…Under Teramobile, a French-German collaboration of CNRS in France and DFG in Germany that involves five research institutes. By firing an ultrashort, ultra-intense laser into the sky, they are investigating nonlinear propagation of such femtosecond terawatt laser pulses over long distances in the atmosphere and their application to atmospheric research. The project includes lidar remote sensing of atmospheric pollutants, as well as using a mobile 5-TW laser the size of a shipping container to trigger and channel lightning”
LASER BASED WEATHER CONTROL CONFERENCE
Still think there’s no such thing as weather modification and manipulation? Well, thanks to the sharp eyes of one of the regular readers here (R.M.), there was a conference on the topic that was just a couple of weeks ago in Switzerland. But there’s more to this one than meets the eye:
Conference to Explore Laser-based Weather Control
Read those opening paragraphs carefully:
GENEVA, Aug. 30, 2013 — Ultrashort-pulse lasers as an emerging tool for controlling the weather will be the topic of interest at a gathering of atmospheric physicists, meteorologists and climatologists next month at the World Meteorological Organisation in Geneva.
The Conference on Lasers, Weather and Climate (LWC 2013, Sept. 16-18) explores topics such as inducing lightning strikes with lasers, using lasers to seed rain clouds, and the similarities between nonlinear propagation and natural phenomena like rogue waves. (Emphases added)
And a little later, there’s this:
Clouds and their impact on the climate system are the largest source of uncertainty in predicting future climate events, Wolf, Kasparian and colleagues said in a paper published online in June by PNAS. In “Laser-induced plasma cloud interaction and ice multiplication under cirrus cloud conditions,” they report on the interaction of intense light pulses with water and ice clouds observed in a cloud simulator.
They discovered that, under typical storm cloud conditions, where ice and supercooled water coexist, the laser-generated plasma has no direct influence on ice formation or precipitation. But in thin, cirrus ice clouds, the laser action induced a “surprisingly strong” effect, building up ice.
Fancy that: one can use lasers to build up ice in cirrus clouds, effectively “seeding” them without having to “seed” them the good old fashioned way, with airplanes dumping chemicals.
But what I want to concentrate on here is the admission that one of the topics of discussion was “inducing lightning strikes with lasers.” There is in fact an area of research in the “black projects” world of using electron lasers to channel plasmas, and of using lasers to channel electrical discharge through the ionized columns that lasers can create in the atmosphere. The bottom line here is that this requires a lot of power, not to mention something called “phase conjugation” which allows the beam of a laser not to be so greatly dispersed by atmospheric reaction. We needn’t get into all of that here. The important point is that the laser is capable of creating a “channel” through which lightning can strike… repeatedly.
It doesn’t take much imagination to see how this is going to be “sold.” We will be told this will be a useful tool for inducing lightning strikes over harmless areas rather than in dry areas which could start fires. But it also doesn’t take much imagination to visualize “other uses”, and here’s where today’s trademark High Octane Speculation comes in. One could just as easily use this concept to “fine tune” the steering of storms, creating charge differentials that would “pull” a storm in a particular direction, and with great accuracy. Think of the way a magnet works on nearby metal. More importantly, it could obviously be used to target lightning strikes.
With that in mind, think back to those pictures that some Californians took and posted on the internet before and during the fires that destroyed so many homes there, pictures showing columns of light apparently coming from the sky. And a few minutes later, fires, or lightning strikes.
Perhaps the real purpose of the conference is to let the cat out of the bag…See you on the flip side…
Joseph P. Farrell has a doctorate in patristics from the University of Oxford, and pursues research in physics, alternative history and science, and “strange stuff”. His book The Giza DeathStar, for which the Giza Community is named, was published in the spring of 2002, and was his first venture into “alternative history and science”.
Related…
Conference to Explore Laser-based Weather Control – By Melinda Rose, Senior Editor
GENEVA, Aug. 30, 2013 — Ultrashort-pulse lasers as an emerging tool for controlling the weather will be the topic of interest at a gathering of atmospheric physicists, meteorologists and climatologists next month at the World Meteorological Organisation in Geneva.
The Helvetera laser platform, a chirped-pulse-amplified laser, is the most powerful ultrashort and ultra-intense laser source in Switzerland. The terawatt laser is used for monitoring pollution in the atmosphere, lightning control and cloud seeding by researchers, including Jean-Pierre Wolf and Jérôme Kasparian of the University of Geneva, who are co-chairing a conference in Geneva next month on using lasers to control weather. Courtesy of University of Geneva Biophotonics Group.
The Conference on Lasers, Weather and Climate (LWC 2013, Sept. 16-18) explores topics such as inducing lightning strikes with lasers, using lasers to seed rain clouds, and the similarities between nonlinear propagation and natural phenomena like rogue waves.
The goal, say LWC 2013 co-chairs Jean-Pierre Wolf and Jérôme Kasparian of the University of Geneva, is to build a community dedicated to laser-based weather modulation by facilitating contact between researchers from different communities, such as specialists in atmospheric and laser physics. Wolf leads the Biophotonics Group at the university and Kasparian is a senior researcher. Other conference sponsors are MUST (Molecular Ultrafast Science and Technology), the Swiss National Science Foundation, and the Group on Earth Observations, a voluntary partnership of governments and international organizations.
Weather-control research (See: Lab Lightning Strikes Same Place More Than Twice) has “triggered an increasing interest and activity in many groups worldwide,[but] the highly interdisciplinary nature of the subject limited its development due to the need for enhanced contacts between laser and atmospheric physicists, chemists, electrical engineers, meteorologists, and climatologists,” the co-chairs say on the conference’s website.
Clouds and their impact on the climate system are the largest source of uncertainty in predicting future climate events, Wolf, Kasparian and colleagues said in a paper published online in June by PNAS. In “Laser-induced plasma cloud interaction and ice multiplication under cirrus cloud conditions,” they report on the interaction of intense light pulses with water and ice clouds observed in a cloud simulator.
They discovered that, under typical storm cloud conditions, where ice and supercooled water coexist, the laser-generated plasma has no direct influence on ice formation or precipitation. But in thin, cirrus ice clouds, the laser action induced a “surprisingly strong” effect, building up ice.
Rogue wave sequence showing a 60-ft-plus wave hitting a tanker headed south from Valdez, Alaska. The ship was running in about 25-ft seas when a monster wave struck it broadside on the starboard side. A conference in Geneva next month will explore the similarities between nonlinear propagation and natural rogue waves. Courtesy of the National Oceanic and Atmospheric Administration photo library.
“Within a few minutes, the laser action led to a strong enhancement of the total ice particle number density in the chamber by up to a factor of 100,” they said in the paper. “This surprising effect might open new perspectives for remote sensing of water vapor and ice in the upper troposphere.”
Lightning photo taken by Shane Lear of Orange, Australia, from the roof of his home. A conference in Geneva next month will explore topics such as generating and directing laser-based lightning. Courtesy of the NOAA Photo Library.
Wolf and Kasparian also take part in mobile experiments under Teramobile, a French-German collaboration of CNRS in France and DFG in Germany that involves five research institutes. By firing an ultrashort, ultra-intense laser into the sky, they are investigating nonlinear propagation of such femtosecond terawatt laser pulses over long distances in the atmosphere and their application to atmospheric research. The project includes lidar remote sensing of atmospheric pollutants, as well as using a mobile 5-TW laser the size of a shipping container to trigger and channel lightning.
Confirmed invited speakers for LWC 2013 are:
Gilles Peres, Airbus
Alejandro Aceves, Southern Methodist University
Günter Steinmeyer, Max-Born Institute, Berlin
John Dudley, University of Franche-Comté, Besançon, France
Jonathan Reid, Bristol University
Ludger Wöste, Freie Universität Berlin
See Leang Chin, Laval University, Quebec
Thomas Leisner, Universität Heidelberg and Karlsruhe Institute of Technology
Takashi Fujii, CRIEPI, Tokyo
Aurélien Houard, ENSTA, Palaiseau, France
Jean-Claude Diels, University of New Mexico
Jean-Claude Kieffer, INRS, Montreal
Keitaro Yoshihara, Toyota Research Institute & Tokyo Metropolitan University
The conference will be held at the offices of the World Meteorological Organisation.