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Shields use the Holtzman Factor to do some goofy ahh stuff. These are all the things that I could think of.
Agree : @Saqphire @Youngwolf-0.1 @Ser_Hakim_Dayne
Matter Manipulation
The chameleon coating where matter interacting with the shield gets a pseudo - single - atomic layer."As matter impinges upon the outside surface of a Holtzman Shield, the electromagnetic bonds in the impinging matter undergo a phenomenon known as "chameleon coating," whereby the matter takes on an outward sheath of pseudo-atoms in a layer a single atom thick, at the intersection lines of the matter and the planar effect." - The Dune Encyclopedia
Radiation Manipulation (Limited)
Emits radiation, although not too much to cause immediate damage."Commercial Defensive Shields are normally manufactured to admit all wavelengths from the very short-wave radio through gamma rays, and emit longer-wave radio. Though it might seem foolish to admit such dangerous wavelengths as the gamma and X ray wavelengths, the common decision has been that it is far better to expose oneself to a little background radiation than it is to have one's shield emitting dangerous radiation during a fight, possibly endangering unshielded bystanders. The ill effects of the radio emissions, on the other hand, cause, at worst, a bad bout of static in the immediate neighborhood." - The Dune Encyclopedia
Absorption and Attack Reflection?
“Energy ‘absorbed’ by a planar field when it is struck by a fast-moving object is instantaneously re-radiated, in wavelengths throughout the electromagnetic spectrum which complement those which the field admits.” - The Dune Encyclopedia
Physics Manipulation
Anything moving faster than the "strike speed", around 5.81 - 9.332 cm/s, won't be able to budge through the shield."These atoms then sublimate into the planar field as the normal matter passes through the field, and the speed at which this atomic sublimation can proceed determines the velocity, called the "strike speed," at which the normal matter can pass through a planar Holtzman field. This speed varies depending upon the emission spectrum of the planar field, but is never less than 5.81665 cm/s for one-angstrom fields, and increases only to 9.322 cm/s for all-absorptive fields. An object attempting to pass through a planar field at a right-angle vector speed of more than the strike speed is faced with resistance which grows more intense as the fourth power of the velocity. When the speed is sufficiently high, the field becomes essentially solid to the impinging object." - The Dune Encyclopedia
Agree : @Saqphire @Youngwolf-0.1 @Ser_Hakim_Dayne
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