Signals

[HysteryDiagnosis]

http://ppjg.wordpress.com/2009/01/31/silent-sound-spread-spectrum-ssss-the-all-digital-tv-broadcast-signal-connection/


Even more insidious, though, is the fact that, coupled with the use of supercomputers, an individual’s unique electroencephalographic (EEG) patterns can be digitally altered and then stored for rebroadcast via digital UHF. According to Judy Wall, editor and publisher of Resonance, the newsletter of the Bioelectromagnetics Special Interest Group, these computer-enhanced EEGs “can identify and isolate the brain’s low-amplitude ‘emotion signature clusters,’ synthesise them and store them on another computer.

In other words, by studying the subtle characteristic brainwave patterns that occur when a subject experiences a particular emotion, scientists have been able to identify the concomitant brainwave pattern and can now duplicate it.” These modified emotion signature clusters can then be broadcast over UHF carrier frequencies (i.e., regular TV and radio signals) directly into the brain where they can then “silently trigger the same basic emotion in another human being.” In other words, if the emotional signature cluster for, say, a feeling of hopelessness and despair is being fed directly into your brain via unseen radio waves, you will feel those emotions. The implications of this are, quite literally, mind boggling.

http://www.newscientist.com/article/dn14250
Scarecrow beam?

MEDUSA involves a microwave auditory effect "loud" enough to cause discomfort or even incapacitation. Sadovnik says that normal audio safety limits do not apply since the sound does not enter through the eardrums.

"The repel effect is a combination of loudness and the irritation factor," he says. "You can't block it out."

Sadovnik says the device will work thanks to a new reconfigurable antenna developed by colleague Vladimir Manasson. It steers the beam electronically, making it possible to flip from a broad to a narrow beam, or aim at multiple targets simultaneously.

Sadovnik says the technology could have non-military applications. Birds seem to be highly sensitive to microwave audio, he says, so it might be used to scare away unwanted flocks.

Sadovnik has also experimented with transmitting microwave audio to people with outer ear problems that impair their normal hearing.