Caliginous waves must have infrared at 338 hertz in order to move through space and elements such as silica, a common element throughout earth's crust.
Infrared however, does not move through the earth's silica on it's own. A complete caliginous wave composite has a microwave cloak at 260 terahertz that carries the other four constituent wavelengths over the silicone highway with it.
During summer months in the northern hemisphere, the earth is farthest from the sun and the south pole is facing away from it. This is when caliginous energy is at its highest potential, and like multiplying rats the waves split exponentially.
That is until the infrared runs out and wavelength splitting comes to a screeching hault. Not all is lost however, as there are three equally spaced locations in the southern hemisphere, and one near the south pole where infrared rich caliginous energy is pouring out continuously.
Feeding these four infrared projectors is the microwave cloaked infrared coming in from the other side of the planet where the north pole is in full sunlight.
And when it is winter in the north, there are three equally spaced locations and one near the north pole where infrared is a available from the south pole.
Ocean trenches from north to south:
V) 5,449 Litke deep, 83.0 degrees north.
Opposite: Just north of Samoa, the Solomons, and Cook islands.
D) 10,542 Kamchatka trench, 45 degrees north.
Opposite: South Pacific ocean.
K) 8,412 Japan trench, 37.5 degrees north.
Opposite: At southern tip of South America, just above the South Sandwich trench.
F) 9,810 Izu-Ogasawara trench, 30.0 degrees north.
Opposite: Drake passage between South America and Antarctica.
Puerto Rico trenchs:
S) 5,625 Bermuda deep, 20 degrees north.
H) 8,380 Brownson deep, 19 degrees north.
Opposite: Under the ice near the arctic sea.
R) 6,000 Cayman trench, 18.5 degrees north.
Opposite: Under the ice near the Arctic sea.
A) 10,920 Challenger deep, 11.0 degrees north.
Opposite: Under the ice close to the south pole.
C) 10,540 Philippine trench, 7.5 degrees north.
Opposite: Under the ice close to the south pole.
---------- Equator -----------
N) 7,225 India trench, -7.5 degrees south.
Opposite: Northwest of Greenland in Canada's Northwest Territory.
L) 7,450 Sunda Trench, -10.5 degrees south.
Opposite: Northwest of Greenland in Canada's Northwest Territory.
G) 9,140 New Britain trench, -9.0 degrees south.
Opposite: On northeast coast of Greenland, under the ice.
Q) 6,048 Madagascar trench, -22.0 degrees south.
Opposite: At border of Alaska and Canada's Yukon territory near the Beauford Sea.
M) 6,875 Mauritis Trench, -23.5 degrees south.
Opposite: At border of Alaska and Canada's Yukon territory near the Beauford Sea.
J) 8,055 Peru-Chile trench, -23 degrees south.
Opposite: Northern Russia.
B) 10,820 Tonga trench, -23 degrees south.
Opposite: Norwegian Sea.
E) 10,047 Kermadec trench, -31 degrees south.
Opposite: Northern United Kingdom.
T) 3,000 Hikurangi trench, -39.75 degrees south.
Opposite: Stonehenge
I) 8,265 South Sandwich trench, -56.5 degrees south.
Opposite: Off the east coast of Japan.
U) 2,555 Bentley trench, -80 degrees south.
Opposite: Lakshwad deep off west coast of southern India.