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.
Originally posted by Quantum Logic
reply to post by Heartisblack
I'm about 40 miles south of Joliet, just off I55. I'm not sure if you would have heard it, especially if it affected a specific fault or geographic plate. You are located to the east of the Lasalle fault, whereas I am to the west. That particular fault is rather isolated when it comes to the ability to transmit vibration/tones. I also checked the Olney Illinois seismograph, which is on a different plate. It showed virtually no movement at all.
Did you hear anything on Sept. 22 in the afternoon?
Space Weather Message Code: SUMX01 Serial Number: 73 Issue Time: 2011 Sep 22 1145 UTC SUMMARY: X-ray Event exceeded X1 Begin Time: 2011 Sep 22 1029 UTC Maximum Time: 2011 Sep 22 1101 UTC End Time: 2011 Sep 22 1144 UTC X-ray Class: X1.4 Location: N15E90 NOAA Scale: R3 - Strong
Originally posted by Quantum Logic
reply to post by Char-Lee
What you are experiencing sounds to me like a HF or VHF reaction. Has this only persisted since the original instance of hearing the high frequency tone? Do you feel an abnormal pressure in your ears that seems to emanate
from an external source, or an interior pressure(like an ear infection)?
There is another set of frequencies involved in this theory, but I have not mentioned them as I am afraid it will derail the purpose of this thread.
The work continues the study of interrelations between strong flare-induced magnetic storms and variations of seismicity. Using data on the time dependences of the parameters of seismic noise (average level and root mean squared (RMS)), recorded by stations of the KNET seismic network during monitoring of the territory of Bishkek geodynamic site (North Tien Shan). The presented results indicate the high sensitivity of the seismic noise in the frequency range of 10–20 Hz to external and, in particular, electromagnetic effects in comparison to the seismic activity. We noted the manifestations of the effects of magnetic storms that occurred after strong and super-strong solar flares in 2000–2006. These were short-term increases in the RMS of seismic noise, preceding changes in the accumulation rate of the number of events. The obtained results agree with conclusions about the interrelation between seismicity and magnetic storms. A model is suggested to describe one of the possible mechanisms by which the electromagnetic pulses and the currents induced by them in a medium devoid of piezoelectric properties influence the seismic process.