Dmitriev’s claims about a direct correlation between an increase in plasma entering our solar system and recent planet-scale changes may be contentious; nonetheless he provides an extensive catalogue of such changes, such as an accelerated migration of Earth’s magnetic poles; dark spot growth on Jupiter; and changes in light intensity and brightness for Neptune.
What is a wave?
Physics and mathematics define waves as disturbances that transfer energy progressively from one location to another without moving the particles of their medium (except for minor amounts of kinetic energy such as heat or magnetism ). Waves typically oscillate at an equilibrium frequency with their wavelength being the distance between its peak and trough points. Waves can be found both naturally as well as laboratory experiments; in fluids, solids, electromagnetic radiation or subatomic particle motions.
Physical scientists distinguish two primary types of waves, transverse and longitudinal. Transverse waves have an oscillating surface like ripples on water; longitudinal waves consist of compressions and rarefactions of medium, such as compressed gases. At any one point a transverse wave’s height at any one point represents its amplitude while its period determines its period.
A wave’s velocity depends on its medium of travel, while frequency also has an effect. These two elements combine to determine its speed.
Dr Dmitriev has noted a rise in magnetic anomalies on Jupiter, suggesting it could be close to experiencing a significant magnetic pole shift. Uranus and Neptune share many magnetic similarities with Earth, so their sudden changes could have significant ramifications on our own planet.
Plane waves are the simplest kind of wave; their direction varies in a single direction while remaining constant on an orthogonal plane. Other waves may be more complicated and can be described using mathematical equations which restrict how function values change with time; most commonly this involves Fourier transformation or heat equation; which provides an effective means of describing waves in nonlinear media environments.
How do waves form?
Recent Russian scientific research offers insight into phenomena like clairvoyance, intuition, spontaneous healing acts performed remotely or spontaneously at distance, affirmation techniques used during affirmations sessions with spiritual masters (auras around them) as well as mind’s influence over weather patterns – among many others. It demonstrates that our DNA can be programmed through words and frequencies (assuming you know the appropriate frequency).
Scientists conducted experiments where DNA samples were exposed to laser light, then watched as scientists observed on screen an unmistakable wave pattern reminiscent of when they first were placed under it. After removal of said sample, this same wave pattern still appeared – this phenomenon is known as the Phantom DNA Effect and has been repeatedly verified.
These findings have led to the formation of Linguistic Wave Genetics by Dr Peter Petrovich Gariaev, which offers a new way of supporting health in our bodies using an information matrix which sends out sound spectra directly into our genes. Over time, this healthier quantum information firmly establishes itself and aids rejuvenation, wellbeing and natural correction of various conditions without resorting to prescription drugs. METAVITAL GmbH now continues Dr Gariaev’s work by developing Gariaev matrices for use in various aspects of esoteric medicine and bioresonant diagnostics. Please be aware that using Linguistic Wave Genetics methods and technology does not promise an instant cure; commitment, perseverance and leading a healthy lifestyle are required.
How do waves die?
Dr. Alexey Dmitriev, a Russian planet physicist, has observed the increasing amount of plasma entering our solar system and suggests that this increase could be the source of recent dramatic planetary shifts and rising global temperatures.
Dmitriev believes that an increase in cosmic energy is altering our climate, and has identified several indicators. This includes an increase in magnetic anomalies on Jupiter; changes to Uranus and Neptune magnetic poles; light intensity fluctuations on Venus; an increase in dark spots on Jupiter; as well as expansion of the heliosphere’s bow shock wave in front of the Sun.
Dmitriev asserts that this increased plasma flux is impacting our planet by accelerating cosmic ray particles, which then interact with air nuclei to form ions, leading to chain reactions which form clouds over vast areas and have significant climate-altering consequences.
Important to keep in mind is the fact that Dmitriev isn’t alone in his observations about climate change; Henrik Svensmark of the Danish Space Research Institute also describes similar events in a book he published last year.
To assess the influence of SEPs and GLE events on atmospheric ionization rates, seven SEP and GLE events with high primary proton flux (P10 > 100 pfu; the threshold of GOES satellite data) were chosen and used as benchmark events from their solar source for comparison; all events fell within 23rd, 24th or 25th solar cycles.
Calculated Ionization Rates for SEP and GLE Events have revealed that, the higher the CME speed is, the greater is its ionization rate in Earth’s upper atmosphere – this supports our assumption that its influence depends on both CME speed and distance from the Sun’s ecliptic plane.
What is a wave cycle?
Dr Alexey Dmitriev has made waves with his claims of a magnetic pole shift and its attendant changes. He asserts that we can already see signs of such a change with the bow shock wave phenomenon of magnetosphere’s bow shock wave – an expansion of heliosphere by over ten times its previous size caused by increased solar plasma flow – along with several recent planet changes including rapid growth of dark and light spots on Uranus; sudden increases in light intensity on Neptune; and the growth of sodium-based atmospheres on Pluto.
He has presented evidence that the Sun is experiencing an unprecedented magnetic pole shift, with recent migration of magnetic north and south poles occurring more quickly than any observed in recent centuries. Furthermore, this speed could even result in the complete reversal of planet’s magnetic field within decades.
According to his calculations, increased solar activity may be to blame for global temperature increases. He bases his claims on research he conducted alongside colleagues at Copenhagen’s Center for Sun-Climate Research.
To test their hypothesis, researchers conducted a detailed examination of seven SEP and GLE events from three SCs with similar characteristics, and compared their profiles and maximum proton flux values (logarithmic scale). Their examination revealed that while these SEP events share comparable solar sources, their associated coronal mass ejections differ in terms of velocity as well as particle propagation conditions that affect their profiles and rate of ionization.
