Source of Particle Simulations of Auroral Electron Acceleration manifest the first clue to gravitational radiation from higher dimensions
India Daily Technology Team
Jun. 11, 2006

Hyperspace is interacting with our universe in many ways. The interaction is invisible in terrestrial terms. That is because we are in a fish bowl. They can see us but we cannot because of technological limitations. However we can perceive with intelligent mindsets what is happening outside the fish bowl. The interaction between higher dimensional Hyperspace and the physical universe is manifested too far from us.

The Aurora Borealis, often referred to as the Northern Lights, is an inspiring display of red, pink, blue, light green, and white lights typically visible in the nighttime sky at high latitudes. These displays are commonplace in Alaska, Canada, and the northernmost states of the Lower Forty-Eight. Aurora are also occasionally visible farther south during times of geomagnetic activity.

Primary means by which aurora are produced is through the bombardment of the Earth's upper atmosphere by high-speed electrons which flow down the Earth's magnetic field lines.

Scientists have wondered how and where do these electrons get their high energy. The electrons are getting their energy ultimately from the solar wind (high speed particles which are constantly emitted by the Sun). How this energy is transferred to these "auroral" electrons is the biggest question that has quizzed scientists for decades.

Earth is shielded by its magnetic field environment, called the magnetosphere. Fraction of the electrons responsible for the nighttime aurora gain their energy in two regions of the magnetosphere called the plasma sheet and the plasma sheet boundary layer. It is likely that many of the auroral electrons gain energy in a region closer to where the aurora appear, called the auroral acceleration region. This region is again on the field lines which pass the through the auroral displays but is much closer to the Earth: between one and two Earth radii (1-2 Re) above the Earth (4000 to 8000 km altitude), whereas the other regions are 6 Re or more away. There appears to be an electric field in this region, oriented parallel to the magnetic field.

Existence of a parallel electric field lead to accelerated electrons and interestingly accelerated electrons can also produce an parallel electric field. When the electrons reach a certain speed after having been accelerated, they cause instabilities such as the ion acoustic instability and the lower hybrid instability. The turbulence created by these instabilities looks like electrical receptivity to the flow of the electrons. When current flows through a resistance, Ohm's law says there exists a potential drop. This potential drop is the origin of the parallel electric field.

Scientists have wondered if electric fields are producing acceleration, what's generating the electric field? If accelerated electrons are generating the parallel electric field, we''re back to the same question: what's accelerating the electrons? The answer lies somewhere else. The earth’s magnetosphere is a manifestation of the interface between the higher dimensional Hyperspace and the Physical Universe. The parallel electric field becomes apparent at the interface. The source is higher dimensional gravitational radiation from the Hyperspace manifesting itself as parallel electric field.

Source of Particle Simulations of Auroral Electron Acceleration manifest the first clue to gravitational radiation from higher dimensions
India Daily Technology Team
The parallel electric field becomes apparent at the interface. The source is higher dimensional gravitational radiation from the Hyperspace manifesting itself as parallel electric field.
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