Difference between revisions of "HyperWave Broadcaster"

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A '''HyperWave Broadcaster''' or '''Caster''' for short is a device capable of communication and detection at great distances using HyperWaves, perturbations in the [[HyperSpace|HyperSpatial]] medium detectable from TrueSpace, that travel at superluminal speeds from a TrueSpace perspective and allow near-instantaneous communication through the HyperSpatial frame of reference from within TrueSpace.
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A '''HyperWave Broadcaster''' or '''Caster''' for short is a device capable of communication and detection at great distances using HyperWave, radiation of unknown composition that presumably propagates via HyperSpace, that travels at superluminal speeds from a TrueSpace perspective and allows near-instantaneous communication through the HyperSpatial frame of reference from within TrueSpace.
  
Though HyperWave transmissions are much more robust than electromagnetic transmissions through TrueSpace or HyperSpace, they can be jammed by transmissions on the same frequency, blocked by force fields like an [[Ur-Quan]] [[slave shield]] (though a very sensitive receiver, such as those contained naturally within [[Chenjesu]] bodies, can detect transmissions from inside a slave shield if the transmission is sufficiently powerful) and tend to lose coherence and dissipate over long range.
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Though HyperWave transmissions are much more robust than electromagnetic transmissions through TrueSpace or HyperSpace, they can be jammed by transmissions on the same frequency, blocked by force fields like an [[Ur-Quan]] [[slave shield]] (though a very sensitive receiver, such as those contained naturally within [[Chenjesu]] bodies, can detect transmissions from inside a slave shield if the transmission is sufficiently powerful) and tend to lose coherence and disperse over long distances.
  
Aside from the very subtle ability to detect and transmit HyperWave that evolved naturally within the Chenjesu's crystalline biology, which other species have been unable to reproduce, all spacefaring species use essentially the same principles in HyperWave communication and detection, usually discovered independently near the beginning of a species' atomic age, with some exceptions (such as the [[Humans]]). HyperWave Casters tend to be relatively large, expensive pieces of equipment and are therefore standard for planetary or orbital installations but rarely seen aboard all but the largest starships; most ships tend to restrict themselves to communication using ordinary electromagnetic radiation.
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Aside from the very subtle ability to detect and transmit HyperWave that evolved naturally within the Chenjesu's crystalline biology, which other species have been unable to reproduce, all spacefaring species use essentially the same principles in HyperWave communication and detection, usually discovered independently near the beginning of a species' atomic age, with some exceptions (such as the [[Humans]]). Powerful HyperWave 'Casters tend to be relatively large, expensive pieces of equipment and are therefore standard for planetary or orbital installations but smaller devices appear to be able to be installed on many starships; most ships tend to use a combination of HyperWave and electromagnetic communication devices.
  
HyperWave energy has many interesting properties that make it useful for a number of functions. HyperWave receivers can be used to monitor transmissions in the ordinary electromagnetic spectrum, which leave "shadows" as HyperWave perturbations that travel at superluminal speeds -- this allows intraplanetary communications to be monitored from a distance. Similarly, the passage of starships through HyperSpace leaves HyperWave ripples that can be passively detected from a distance and analyzed in order to track starships from farther away than the visual range by which they can be detected by electromagnetic scanning within HyperSpace.
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Most high-power HyperWave Casters broadcast on certain predetermined frequencies or channels within a limited range, sending out programming from various stations for information, advertising or entertainment. This practice ended in many parts of local space after the invasion of the [[Ur-Quan]] [[Kzer-Za]] and [[Kohr-Ah]] made it extremely dangerous for a species to broadcast its location.
  
Most high-power HyperWave Casters broadcast on certain predetermined frequencies or channels within a limited range, sending out programming from various stations for information, advertising or entertainment. This practice ended in many parts of local space after the invasion of the [[Ur-Quan]] [[Kzer-Za]] and [[Kohr-Ah]] made it extremely dangerous for a species to broadcast its location.
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It is prossible that a ship's [[Hyper-Radar]] uses HyperWave radiation to detect and track squadrons of starships travelling through HyperSpace similar to traditional radar. However it is incapable of identify the type and number of starships within the squadron. It is also unknown whether HyperWave receivers can be used to monitor transmissions in the ordinary electromagnetic spectrum, or if traditional radio apparatus is built in separately into the devices.
  
 
See Also: [[Burvixese Hyperwave Broadcaster]], [[Umgah Hyperwave Broadcaster]]
 
See Also: [[Burvixese Hyperwave Broadcaster]], [[Umgah Hyperwave Broadcaster]]

Revision as of 04:41, 2 September 2005

A HyperWave Broadcaster or Caster for short is a device capable of communication and detection at great distances using HyperWave, radiation of unknown composition that presumably propagates via HyperSpace, that travels at superluminal speeds from a TrueSpace perspective and allows near-instantaneous communication through the HyperSpatial frame of reference from within TrueSpace.

Though HyperWave transmissions are much more robust than electromagnetic transmissions through TrueSpace or HyperSpace, they can be jammed by transmissions on the same frequency, blocked by force fields like an Ur-Quan slave shield (though a very sensitive receiver, such as those contained naturally within Chenjesu bodies, can detect transmissions from inside a slave shield if the transmission is sufficiently powerful) and tend to lose coherence and disperse over long distances.

Aside from the very subtle ability to detect and transmit HyperWave that evolved naturally within the Chenjesu's crystalline biology, which other species have been unable to reproduce, all spacefaring species use essentially the same principles in HyperWave communication and detection, usually discovered independently near the beginning of a species' atomic age, with some exceptions (such as the Humans). Powerful HyperWave 'Casters tend to be relatively large, expensive pieces of equipment and are therefore standard for planetary or orbital installations but smaller devices appear to be able to be installed on many starships; most ships tend to use a combination of HyperWave and electromagnetic communication devices.

Most high-power HyperWave Casters broadcast on certain predetermined frequencies or channels within a limited range, sending out programming from various stations for information, advertising or entertainment. This practice ended in many parts of local space after the invasion of the Ur-Quan Kzer-Za and Kohr-Ah made it extremely dangerous for a species to broadcast its location.

It is prossible that a ship's Hyper-Radar uses HyperWave radiation to detect and track squadrons of starships travelling through HyperSpace similar to traditional radar. However it is incapable of identify the type and number of starships within the squadron. It is also unknown whether HyperWave receivers can be used to monitor transmissions in the ordinary electromagnetic spectrum, or if traditional radio apparatus is built in separately into the devices.

See Also: Burvixese Hyperwave Broadcaster, Umgah Hyperwave Broadcaster