  We report experiments in which two photoluminescent samples of Strontium
Aluminate pigments and Zinc Sulfide pebbles were quantum entangled via
photoexcitation with entangled photons from a mercury lamp and a CRT screen.
After photo-excitation, remote triggering of one of the sample with infrared
(IR) photons yielded stimulated light variation from the quantum entangled
other sample located 4 m away. The initial half-life of Strontium Aluminate is
approximately one minute. However, molecules with a longer half-life may be
found in the future. These experiments demonstrate that useful quantum
information could be transferred through quantum channels via de-excitation of
one sample of photoluminescent material quantum entangled with another.
