It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Ask yourself, WHY do you believe it was the same sound heard from Saturn?
originally posted by: burgerbuddy
is this what you guys are talking about?
saturn sounds
This is slowed down, not sure of the details anymore.
But it would seem to be something the astro's wouldn't hear without it being processed first.
originally posted by: Riffrafter
adjusted by a factor of 5.
originally posted by: Riffrafter
a reply to: burgerbuddy
This version of those sounds blows me away. Whether or not it is what is claimed, is for others to decide I guess...or if we have any audio engineers here that can say if this indeed only "uniformly" adjusted by a factor of 5...
originally posted by: intergalactic fire
Nasa claims they encountered the same noise/interference during the Cassini mission to Saturn.
"These are caused by charged particles moving through Saturn's magnetic environment "
-According to Saul's doppelganger(Kevin Grazier)
The astronauts don't agree though.
The recordings from the rings contained a message in english when slowed way down, and that message is still available raw from NASA
originally posted by: Lurker1
a reply to: JimOberg
You know, You're in the habit of being nasty to people because of your position. It isn't very attractive.
If it's two radios interacting then why is the same sound heard by Cassini at Saturn?
If it's two radios interacting then why is the same sound heard by Cassini at Saturn?
originally posted by: lovebeck..... I think I'll listen to the guys WHO WERE ACTUALLY UP THERE. You know, the astronauts who actually were on the mission, who actually traveled around the dark side of the moon, etc.
There is a strange noise in my headset now, an eerie woo-woo sound. Had I not been warned about it, it would have scared the hell out of me. Stafford's Apollo 10 crew had first heard it, during their practice rendezvous around the Moon. Alone on the back side, they were more than a little surprised to hear a noise that John Young in the Command Module and Stafford in the LM each denied making. They gingerly mentioned it in their debriefing sessions, but fortunately the radio technicians (rather than the UFO fans) had a ready explanation for it: it was interference between the LM's and Command Module's VHF radios. We heard it yesterday when we turned our VHF radios on after separating the two vehicles, and Neil said that it 'sounds like wind whipping around the trees.' It stopped as soon as the LM got on the ground, and started up again just a short time ago. A strange noise in a strange place.
Nice.
originally posted by: intergalactic fire
Nasa claims they encountered the same noise/interference during the Cassini mission to Saturn.
"These are caused by charged particles moving through Saturn's magnetic environment "
-According to Saul's doppelganger(Kevin Grazier)
The astronauts don't agree though.
...Waiting for Giorgio Tsoukalos...
part 2
The tones are emitted as radio waves. Don Gurnett of the University of Iowa says his team reduced their frequencies by a factor of five to bring them into the range of human hearing. Gurnett says he was "completely astonished" when he heard the musical notes. The tones are short, typically lasting between one and three seconds, and unlike the ethereal sliding tones associated with other cosmic processes, every one is quite distinct. The evidence suggests that each tone is produced by the impact of a meteoroid on the icy chunks that make up the rings. Each hit, Gurnett says, creates a pulse of energy that is focused along the surface of a cone from the point of impact. By estimating the energy involved, he calculates that the impacting objects are about 1 centimetre across - although he cautions that his estimate could be out by as much as a factor of 10. The findings were reported on Monday at the annual meeting of the American Astronomical Society's Division of Planetary Sciences.
Time on this recording has been compressed, so that 73 seconds corresponds to 27 minutes. Since the frequencies of these emissions are well above the audio frequency range, we have shifted them downward by a factor of 44.