ELF RADIATION IS CONFIRMED
Electromagnetic, Electromagnetics, Electronics -Electrical Engineering, Environmental, Foundational, Health

ELF RADIATION IS CONFIRMED

As an extension of the previous Carnicom paper titled ELF FREQUENCY IDENTIFICATION (November 10, 2002), the presence of frequent or continuous ELF (Extremely Low Frequency) radiation at discrete frequencies that are multiples of 4Hz has been confirmed by two different methods. The first involves the use of an electronic ELF amplifier circuit that incorporates data logging, and the second involves the combination of an inductive-capacitive resonant circuit in conjunction with a gaussmeter and a signal generator. This information is provided due to the significant implications of this radiation on the biological and mental well-being of the populace.
ELF FREQUENCY IDENTIFICATION
Electromagnetic, Electromagnetics, Environmental

ELF FREQUENCY IDENTIFICATION

Graphs are presented on this page showing the detected ELF (Extremely Low Frequencies) frequencies using the ELF-LF circuit tester devised in the previous Carnicom paper ELF EVIDENCE SURFACES (November 9, 2002). The graphing of these ELF signals in the ambient atmosphere under test include a plot of the frequencies, a data point view of these detected frequencies, and a trend analysis using a low frequency filter against the frequency plot.
ELF EVIDENCE SURFACES
Electromagnetics, Electronics -Electrical Engineering

ELF EVIDENCE SURFACES

Carnicom research up to this time indicates the apparent or possible presence of ambient ELF (Extremely Low Frequency) signals in the ambient atmosphere. Of concern here are serious implications of these ELF frequencies on human mental health. This paper describes how, through devising an ELF-LF circuit tester to explore the nature of resonant circuits and their behavior, the presence of ELF frequencies was detected with no apparent logical cause for these signals. Speculative discussion has emerged over the years between the potential linkage of the aerosol operations and the HAARP project and relevant technologies, making a strong case for expanded research on this subject.
A QUESTION OF ALFVEN?
Atmospheric Physics, Electromagnetics, Geophysics, Physics

A QUESTION OF ALFVEN?

A signal in the range of roughly 75-100KHz has been shown to be continuously present as measured by the ELF-LF (Extremely Low Frequency-Low Frequency) detection circuit, discussed in the previous Carnicom paper titled LF FREQUENCY MONITORING BEGINS (from November 5, 2002). This paper presents two theories as to the reason for this signal being ever present in the circuit. The first is the possibility of their being a resonant frequency being introduced into the circuit as a result of the op amp being used. The circuit itself is generating the reference signal, which can then be evaluated with respect to variations in frequency caused by external electromagnetic influences. Though this seems like a plausible explanation, Carnicom makes note of the fact that this ‘reference’ frequency varies over time, which raises further questions. The second explanation for the ‘reference’ frequency being seen in this circuit has to do with the existence of Alfven waves, and their relation to earlier historical discovery of the propagation of what are called Whistler waves. The presence of ELF waves in conjunction with the aerosol operations as a topic of research is discussed, as there are serious implications with respect to human health and mental functioning if such a propagation is ever verified.
LF FREQUENCY MONITORING BEGINS
Electromagnetics, Electronics -Electrical Engineering

LF FREQUENCY MONITORING BEGINS

This paper discusses a method to continuously monitor and analyze variations in the local electromagnetic field with a circuit that was originally developed for the detection of ELF (Extremely Low Frequency) radiation. These variations are an expression of the fluctuations in the magnetic field of the earth and the ionization characteristics of the atmosphere. A diagram of the circuit used for these measurements is included on this page, as is a discussion of how to interpret measurements made while using this device. The results of any data analysis will be discussed further at a later time. There remains a continuous call for conscientious professionals across most scientific, legal and medical disciplines to openly and publicly participate in disclosing the consequences of the aerosol operations to the people of this nation and the world.
INTRODUCING A MAGNETOMETER
Electromagnetics

INTRODUCING A MAGNETOMETER

This page describes the construction of a relatively simple magnetometer which is useful in detecting local variations in the earth’s magnetic field. Images are included showing the construction of an actual working unit, and an initial measurement using this magnetometer represent significant and detectable variability in the earth’s local magnetic field. Analysis of data under collection will be presented in a separate section. Data that has been collected for this topic is available in an earlier Carnicom paper titled PREDICTING THE OPERATIONS: SUNSPOTS AND HUMIDITY from September 3, 2002. Readers are encouraged to construct a similar or improved magnetometer and begin collecting data that can be used to correlate any variations in magnetic field activity with the onset of aerosol operations.
JEFF RENSE INTERVIEW with CLIFFORD CARNICOM AEROSOLS and ELECTROMAGNETISM
Air, Electromagnetic, Electromagnetics, Environmental, Public Relations & Communications

JEFF RENSE INTERVIEW with CLIFFORD CARNICOM AEROSOLS and ELECTROMAGNETISM

Included here is the entire interview between Jeff Rense and Clifford Carnicom from November 2001. This interview covers what is known regarding aerosol operations, as well as discussion of many of Carnicom’s research papers and their meaning for humanity. Topics covered include how the skies were empty of any spraying activity in the weeks after the World Trade Tower attacks on September 11, 2001, the EPA’s refusal to analyze fiber samples sent to them by Carnicom, results of water sample testing and much more.
THE PLASMA FREQUENCY: RADAR APPLICATIONS
Air, Electromagnetic, Electromagnetics, Environmental

THE PLASMA FREQUENCY: RADAR APPLICATIONS

This work details an analysis made that indicates that one of the primary applications of the aerosol operations is likely to involve the advanced use of radar technology for military purposes. Discussion ensues of the definition of plasma, with plasma being an ionized gas consisting of ions and free electrons distributed over a region in space. The effect of aerosol operations can lead to no other logical conclusion except that the lower atmosphere itself has been altered to a plasma state. The importance of the concept of ‘plasma frequency’ is outlined in a quote from Richard Feynman: “This natural resonance of a plasma has come interesting effects. For example, if one tries to propagate a radio wave through the ionosphere, one finds that it can penetrate only if its frequency is higher than the plasma frequency. Otherwise the signal is reflected back. We must use high frequencies if we wish to communicate with a satellite in space. On the other hand, if we wish to communicate with a radio station beyond the horizon, we must use frequencies lower than the plasma frequency, so that the signal will be reflected back to earth.” A detailed discussion of the calculations of the plasma frequency for the ionosphere ensues in this work that supports the notion that a significant application of the aerosol operations may well involve the propagation of radio waves over extended distances. There are numerous military and electromagnetic propagation applications that become evident from this finding.
AEROSOL TRACKING RADAR RESEARCH
Atmospheric Physics, Electromagnetic, Electromagnetics, Environmental, Physics

AEROSOL TRACKING RADAR RESEARCH

This page shows a radar image from August 30, 2001 of an area of the southwest US, with an anomalous extensive circular and stationary return just southeast of Las Vegas, Nevada. Citizens are urged to devote increased attention to such images that have been monitored and reported in conjunction with aerosol operations that are in progress all over the globe.
ATMOSPHERIC CONDUCTIVITY
Air, Atmospheric Physics, Electromagnetic, Electromagnetics, Environmental, Mathematics, Physics

ATMOSPHERIC CONDUCTIVITY

Research is indicating that the conductivity of the atmosphere has been increased in conjunction with the extensive aerosol operations that have been documented. This paper details using a Van de Graaf generator to create a spark in the open atmosphere to determine the dielectric strength (or conductivity) of the atmosphere. The conclusion after testing was performed is that the atmosphere is not acting as efficiently as an insulator, or conversely, the atmosphere is more electrically conductive than is expected, indicating that conductivity characteristics of the atmosphere have been altered.
MAGNETOHYDRODYNAMIC (MHD) CONSIDERATIONS
Electromagnetics, Physics

MAGNETOHYDRODYNAMIC (MHD) CONSIDERATIONS

As evidence continues to accumulate that the ionization level of the atmosphere has been modified in a significant way as a result of aircraft aerosol operations, a new topic on research in this area is the topic of magnetohydrodynamics (MHD). MHS is the “study of the interactions between a conducting field and a magnetic field”. An explanation of Bernard Eastlund’s 1987 patent number 4686605 in included in this paper and details that a particular ‘advantage’ of an MHS generator is that they can be made to generate large amounts of power with a small volume, lightweight device. As a weapon, the use of MHD in weapons is endless. With an effective MHD defense system in place, it is possible to use magnets, harnessing only the power of air, to create huge electric forces.