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There is really no secret as to what this illuminated and illuminating sheath of atmosphere around the UFO is. It is a sheath of ionized and excited air molecules often called a PLASMA. It has all the many characteristics of ionized and excited air molecules, and has no characteristics not attributable to ionized and excited air molecules with expected contaminants; thus the illumination is tied to an AIR PLASMA. I am not suggesting anything original, as it has been suggested by many that such is the case. Indeed, any physicist who has made a study of UFOs must know they are characteristically surrounded by an air plasma. The terms "ionized" and "excited" will be explained shortly.
The phenomenon of ionized and excited atmospheric molecules around a UFO also ties together a number of related mysteries about the UFO. It accounts for the general nighttime appearance of the UFO: the many observed colors, the fiery, neon-like look, the self-illuminating character, the fuzzy, indefinite or even indiscernible outline, yet an appearance of solidity behind the light. It also accounts for the general lack of heat radiation despite the fact that they sometimes look fiery or even like a flaming ball of fire, and even the ultraviolet burns sometimes received by close viewers of UFOs with a blue plasma.
In the daytime the same plasma is present, but usually invisible. Morning and evening, it is partly visible. Giant cigars and dirigibles are exceptions, for they can lay down a plasma wake or cloud visible in the daytime. The ion sheath also accounts for some daytime UFO characteristics such as a shimmering haze, nebulosity of the atmosphere or even smoke-like effects sometimes observed when high contaminant concentrations and chemical actions may be presumed to be present.
Originally posted by VraxUK
reply to post by Erno86
For some reason I doubt their lights are colour coded, why would they want us to know what they are doing, and why would they have any need for colour coding?
Does the blue light of plasma change with more intense energy?
Originally posted by VraxUK
Does the blue light of plasma change with more intense energy?
Originally posted by Godsontoo
I read an article some time ago were NASA experimented with a magnetic tup drive system that worked in zero gravity and the magnetism was increased and decreased according to different color lasers being introduced into the magnetic field.
The high power helicon is a state of the art electrodeless plasma thruster. This mean that issues associated with erosion of electrode by the plasma is eliminated. The plasma itself is generated by high power radio frequency waves that allow substantial felixbility in operational characteristics. it is also very much small than other plasma thruster, which adds to to versatility.
The major push in advanced electric propulsion at this time is for the deployment of large plasma thrusters, with ever increasing power units and cost. Imagine instead a system where large power units are placed permanently in orbit around critical regions of a planet. With a beamed plasma system, spacecraft can be pushed or pulled to perform orbital transfers around the planet or accelerated to other planets at essentially the cost of a sub-orbital mission.
Mini-Magnetospheric Plasma Propulsion (M2P2) is an advanced plasma propulsion system that will enable spacecraft to attain unprecedented speeds, with minimal energy and mass requirements. It will create a large scale magnetic bubble around the spacecraft to ride the solar winds, and accelerate the spacecraft to unprecedented speeds.
Plasma magnet uses phased antennas operating in the radio frequency range to produce a rapidly rotati ng magnetic field. This rotating magnetic field preferentially accelerates electrons within a plasma to produce a DC current that can lead to the generation of a steady state magnetic field in space very much larger than can be possibly sustained by electromagnets. In the image at left, the two circular magnetic field coils located inside the blue plasma are driving ro ughly 1000 Amp currents in the blue plasma. This �Plasma Magnet� has come into equilibrium with an externally applied magnetic field.
5/1/2006 - EGLIN AIR FORCE BASE, Fla. -- Controlling subsonic aerodynamic flow by means of plasma actuators is an active area of research in both the Air Force (AF) and the general scientific community. A typical plasma actuator consists of two offset electrodes separated by a dielectric material. Plasma forms as the voltage difference between the electrodes ionizes the surrounding gas. The electric field can then direct the charged particles in the plasma to transfer their momentum to the surrounding, neutral (i.e., nonionized) air. Most of this momentum transfer occurs as a result of particle collisions. The use of plasma actuators for flow control on AF weapon systems may offer several advantages over traditional flow control devices.
6/6/2006 - WRIGHT-PATTERSON AIR FORCE BASE, Ohio -- AFRL is laying the groundwork to develop revolutionary hypersonic aerospace vehicles. Researchers are examining the feasibility of replacing traditional mechanical actuators, which move like wing flaps to control an air vehicle's flight control surfaces, with plasma actuators that require no moving parts and are more reliable.
As part of its Boundary Layers and Hypersonics program, AFRL conducted a wind tunnel test to evaluate the feasibility of using plasma actuators for airframe flight control. The Boundary Layers and Hypersonics program is developing the knowledge of fluid physics to facilitate future revolutionary aerospace vehicle designs.