TELECOMMUNICATION
COSMIC PARTICLE IGNITED PLASMA MIRROR
A plasma mirror at 90,000 feet over a city will efficiently reflect communications signals (patents pending). This ionized
plasma layer specularly reflects between 80 to 90 % of signal in desired bands It will be available for frequencies below
2 GHz as well as S-band, C-band, X-band and Ku- band. The channel capacity will be between: 2-20 Megabitss per
second, with a signal level of -50 DBm (equivalent to 4 bars on cell phone) at a radius of 200 kilometers. One reflector
could provide mobile phone coverage for an area the size of New Mexico or Iraq.
A plasma mirror at 90,000 feet over a city will efficiently reflect communications signals (patents pending). This ionized
plasma layer specularly reflects between 80 to 90 % of signal in desired bands It will be available for frequencies below
2 GHz as well as S-band, C-band, X-band and Ku- band. The channel capacity will be between: 2-20 Megabitss per
second, with a signal level of -50 DBm (equivalent to 4 bars on cell phone) at a radius of 200 kilometers. One reflector
could provide mobile phone coverage for an area the size of New Mexico or Iraq.
BROADCAST MODE
Qualcomm and Verizon are teaming to provide TV signals to cell phones. To do this, they have purchased FM
television station rights and are planning to broadcast from an antenna on Black Mountain in San Diego county at 715
Mhz. The CIPPA system (Patents Pending) proposed here will broadcast from 90,000 feet, rather than the 1200 foot
altitude of black mountain. This will provide much better coverage.
Qualcomm and Verizon are teaming to provide TV signals to cell phones. To do this, they have purchased FM
television station rights and are planning to broadcast from an antenna on Black Mountain in San Diego county at 715
Mhz. The CIPPA system (Patents Pending) proposed here will broadcast from 90,000 feet, rather than the 1200 foot
altitude of black mountain. This will provide much better coverage.
LONG HAUL
Long haul communications can be accomplished with two
plasma mirrors located 1600 miles apart. This system
could be much less expensive than cable or optical fiber
long haul communication
Long haul communications can be accomplished with two
plasma mirrors located 1600 miles apart. This system
could be much less expensive than cable or optical fiber
long haul communication
