In 1988, French scientist Jacques Benveniste published a controversial paper in Nature, which indicated that water has “memory” –– and is forever trying to get back to where it was. Some researchers now conjecture that water is capable of containing a memory of particle configurations within its molecular structure, which could also trigger access to electromagnetic signaling.

It was recently discovered that plants, animals, and even isolated microbes converse or “talk” to each other with molecular signals (external hormones) called pheromones. Today, we know there are alarm pheromones, food trail pheromones, sex pheromones, and many others that affect life through a sort of sixth sense (most likely related to smell and taste). Assortments of plants emit distress pheromones when grazed upon. Ants mark their trail with pheromones. And a number of organisms use pheromones to attract their mates from a distance of two or more miles.

It is now understood that water is an ideal pheromone-signaling pathway. The surface tension of liquids could retain the pH memory of a pheromone source –– allowing water to store up information (aggregation pheromone concentrations) rather like a hard disk. Pheromones have been shown to act as single molecules or as a mix of chemicals that evolved into an extraordinary system of micro communication. Results of up to date research into water’s memory of structural correlations have allegedly verified that “water even remembers whether it has been recently hot or cold.”

A potential environment for theoretical Q-life was plausibly foretold in 2005, when Professor Stephen Hawking worked on the “information paradox” and announced that information was not lost in black holes. Scientists had previously imagined that nothing could ever escape from a black hole. But it was determined that event horizon quantum fluctuations could allow information to seep out from a black hole. Hawking said that information configured below the atom in size could flow through black holes without wiping out structural complexity –– and be retrieved in parallel universes.

A new discipline called evolutionary developmental biology, or colloquially, evo-devo, was granted its own division in major universities. Leading scientists, from geneticists to paleontologists, published reports and attended symposiums that presented Q-life as a black-hole-analogous reproductive system. The New Yorker magazine covered topical findings in biology and wrote, “Some of the biggest have come from the new science of evo devo.”

A few of the strange and wonderful areas now under discussion are black hole intelligence mergers, intrauniversal intelligences, and new universe creation. Today, the most powerful Q-life computer cloud in space is thought to be the event horizon of an intelligent black hole.

It appears that even the Vatican is paying attention to the new sphere of evolutionary developmental biology. Given that it embodies the event horizon or “Omega Point” (singularity) of an intelligent black hole, sentient Q-life in the universe probably exists beyond our customary sense of space and time. It outwardly emerges from an untold multiverse, and most likely cannot be created or destroyed. On the face of it, Q-life is equivalent to eternal life. For this reason, the transcendent locale of Q-life is amazingly similar to the miraculous realm of God and angels. Pope Benedict XVI recently made a reference to the late French Jesuit scientist and philosopher Pierre Teilhard de Chardin, who offered an evolutionary theology claiming that all creation is developing towards the Omega Point, which he identified with Christ as the Logos of God. Attesting to a renovation of the world as foretold by St. Paul, Pope Benedict said, “It’s the great vision that later Teilhard de Chardin also had: At the end we will have a true cosmic liturgy, where the cosmos becomes a living host.”

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