solrey
Senior Member
Dutchsinse has stumbled on a paper that in his words:
Dutchsinse video HERE.
Stanford paper HERE.
Specifically, the ".PDF paper from Stanford University"
is a paper detailing research conducted by two graduate students and the Director of STAR lab, which is a research group within the Department of Electrical Engineering at Stanford University. The paper was published in Geophysical Research Letters in 2008. I've known about this research for a couple of years and I'm not surprised that dutchsinse has once again totally misinterpreted something he isn't even close to understanding. I think all he does is make up stories to match the pretty pictures (radar/satellite displays) he sees like a toddler that can't read yet.
Their research does not in any way, shape or form "fully cover the phenomenon that (dutch et al. have) been documenting since last year".
Dutchsinse claims:
A critical point here is that HAARP is not just a "ground based HF station heater", it's a phased array. A phased array specifically is necessary to produce the ELV/VLF "antenna" in the ionosphere which is the goal of the research.
All weather occurs in the troposphere, except in the case of strong convection in supercell storms where cloud tops punch through the tropopause into the lower stratosphere. The troposphere, where all weather occurs, extends from the ground to an altitude of between ~ 11 to 17 km. HAARP excites (heats) electrons in the lower ionosphere at an altitude of between ~ 70 to 100 km. It's important to note at this point that NEXRAD WSR-88D weather radar only extends to less than ~ 20 km in altitude. Weather radar transmits/receives at ~ 3 GHz whereas the HAARP array in this research transmitted at 3.25 MHz to produce an ELF/VLF "antenna" in the ionosphere that transmits at frequencies between 1 kHz and 6.25 kHz.
As you can see, the radio frequencies and operational altitudes between HAARP and NEXRAD are completely different such that they are totally incompatible.
HAARP transmits at a specific frequency in order to excite (heat) electrons in the ionosphere. When electrons are excited/heated, they emit electromagnetic radiation at specific frequencies. HAARP's phased array configuration allows them to rapidly, in a manner of seconds, excite/heat electrons in a pattern across a relatively small patch of the ionosphere above the HAARP facility. The phased array excites/heats the patch of electrons in the ionosphere with one of three specific patterns to produce ELF/VLF transmissions in the range of 1 - 6.25 kHz, which were received by very sensitive specialized equipment in three locations, two of which were ~ 700 km away. Nothing transmitted/produced by HAARP has any effect on weather whatsoever. The research in the paper in question is focused on communications and nowhere in the paper do they mention weather or weather radar.
Dutchsinse has interpreted this as verification that ionospheric heaters are responsible for weather modification and are producing, as he puts it:
If those patterns of electron heating in the ionosphere could be detected by weather radar don't you think they would have utilized one in order to visually confirm and study their ELF/VLF "antenna" in the ionosphere? Of course they would, but they didn't because they can't.
Regardless, ELF/VLF radio transmissions can't affect the weather or produce earthquakes for the same reasons that radio waves don't produce wind or rattle your windows. If heating the ionosphere with HAARP affects the weather, why is the weather not totally out of whack in the vicinity of Gakona, Alaska?
The energy imparted into the ionosphere by HAARP is less than the diurnal fluctuations in the ionosphere caused by energy received from the sun.
I'm sure Dutch doesn't understand the inverse square law regarding radio transmission either.
And if he thinks NEXRAD weather radar are also covert ionospheric heaters, well I'll just say that a weather radar station is not a phased array by any stretch of the imagination, and a phased array is required to produce those patterns of heated electrons in the ionosphere.
cheers
... has vindicated us on many levels... a .PDF paper from Stanford University... FULLY COVERING THE PHENOMENON that we've been documenting since last year... the 'HAARP ring'..'stairstep pattern'.. and 'Scalar Square' RADAR signature patterns. VERIFIED via scientific paper directly relating to HAARP.
Dutchsinse video HERE.
Stanford paper HERE.
Specifically, the ".PDF paper from Stanford University"

Their research does not in any way, shape or form "fully cover the phenomenon that (dutch et al. have) been documenting since last year".
Dutchsinse claims:
Page 2, section 2, subsection 11 clearly states the types of geometric patterns that are projected into the sky from the ground based HF (high frequency) station heater.... used to HEAT the lower ionosphere .. producing the typical patterns we have been seeing on RADAR which induce severe weather.
A critical point here is that HAARP is not just a "ground based HF station heater", it's a phased array. A phased array specifically is necessary to produce the ELV/VLF "antenna" in the ionosphere which is the goal of the research.
All weather occurs in the troposphere, except in the case of strong convection in supercell storms where cloud tops punch through the tropopause into the lower stratosphere. The troposphere, where all weather occurs, extends from the ground to an altitude of between ~ 11 to 17 km. HAARP excites (heats) electrons in the lower ionosphere at an altitude of between ~ 70 to 100 km. It's important to note at this point that NEXRAD WSR-88D weather radar only extends to less than ~ 20 km in altitude. Weather radar transmits/receives at ~ 3 GHz whereas the HAARP array in this research transmitted at 3.25 MHz to produce an ELF/VLF "antenna" in the ionosphere that transmits at frequencies between 1 kHz and 6.25 kHz.
As you can see, the radio frequencies and operational altitudes between HAARP and NEXRAD are completely different such that they are totally incompatible.
HAARP transmits at a specific frequency in order to excite (heat) electrons in the ionosphere. When electrons are excited/heated, they emit electromagnetic radiation at specific frequencies. HAARP's phased array configuration allows them to rapidly, in a manner of seconds, excite/heat electrons in a pattern across a relatively small patch of the ionosphere above the HAARP facility. The phased array excites/heats the patch of electrons in the ionosphere with one of three specific patterns to produce ELF/VLF transmissions in the range of 1 - 6.25 kHz, which were received by very sensitive specialized equipment in three locations, two of which were ~ 700 km away. Nothing transmitted/produced by HAARP has any effect on weather whatsoever. The research in the paper in question is focused on communications and nowhere in the paper do they mention weather or weather radar.
Dutchsinse has interpreted this as verification that ionospheric heaters are responsible for weather modification and are producing, as he puts it:
Scalar Squares = Square Wave, stairstep pattern = sawtooth pattern , and HAARP ring = Circle Sweep.
If those patterns of electron heating in the ionosphere could be detected by weather radar don't you think they would have utilized one in order to visually confirm and study their ELF/VLF "antenna" in the ionosphere? Of course they would, but they didn't because they can't.
Regardless, ELF/VLF radio transmissions can't affect the weather or produce earthquakes for the same reasons that radio waves don't produce wind or rattle your windows. If heating the ionosphere with HAARP affects the weather, why is the weather not totally out of whack in the vicinity of Gakona, Alaska?
The energy imparted into the ionosphere by HAARP is less than the diurnal fluctuations in the ionosphere caused by energy received from the sun.
I'm sure Dutch doesn't understand the inverse square law regarding radio transmission either.
And if he thinks NEXRAD weather radar are also covert ionospheric heaters, well I'll just say that a weather radar station is not a phased array by any stretch of the imagination, and a phased array is required to produce those patterns of heated electrons in the ionosphere.
cheers