3 Dead Scientists Dig
Something has been bothering me about this one….everyone is assuming this is about satellite technology and cell phones. Q used the term SAT—we know Q uses double meanings, and this might refer to another kind of technology used in cell phones.
What [3] scientists were killed who were researching the SAT relay of mobile phone signals to end users?
Why was the research deemed CLASSIFIED?
Learn.
Q
An anon posted this earlier with a dead scientist, murdered. Take a look, again, while considering who is BIG into Ga-N technology.
FREESCALE
Another [3] scientist possibility.
Shane Todd, 31, Phd in electrical engineering with expertise with GaN (Gallium Nitride).
Mystery: Dr. Todd felt increasingly uncomfortable with the work he was doing with the Chinese company Huawei, to the point Shane told his family that he was being asked to compromise US security and he feared for his life. Shane was working on a “one of a kind” machine, with a dual use in commercial and in military application, requiring expertise in the area of GaN (Gallium Nitride). Shane refused to do what he was being asked to do and turned in his sixty day notice at IME. Shane found a good job with a company in Virginia, and bought a ticket to fly back to the US on July 1, 2012. Shane was killed late June 22nd, or 23rd, right after his last day of work.
Good article here on his life, work and death.
http:// ig-legacy.ft.com/content/afbddb44-7640-11e2-8eb6-00144feabdc0#axzz2LCQ1Ojwk
Small exerpt from above article.
“The plan lays out how, from 2012 to the end of 2014, IME and Huawei would “co-develop” an amplifier device powered by gallium nitride (GaN), a semiconductor material able to withstand extreme heat and power levels well beyond silicon. GaN devices have commercial use in lighting as well as high-powered transistors for mobile phone base stations. They also have tremendous military potential, and major US defence contractors – including Northrup-Grumman and Raytheon – have pursued significant research and development in GaN for use in radar and satellite communications”
I am out of my league here. But I found this: Freescale is driving the transition of GaN from niche markets to mainstream applications like cellular infrastructure”
Sounds like maybe this technology will allow a different type of signal over cellular technology??