WETTEK provides innovative bio-solutions for the 21st Century.
Bio Foods: While others have endeavored to enhance food, WETTEK has used genome research to create true hydrid food breeds. In 2012 WETTEK’s first bio-hybrid beverage, B0712, was approved by the U.S. Food and Drug Administration to begin production of the mono-colorized poly-flavored beverage. The 100% organically grown juice derived from blackberries, cherries, oranges, pomagranite and currant fruits produces a homogenized black liquid that when catalyzed by bio-rythmic enzymes can be transformed into any of the five fruits or a mixture of any combination. B0712 will be available in limited markets summer 2013.
The next WETTEK bio-food product seeking approval from regulatory agencies utilizes the same bio-hybrid fruit combination to create a light sensitive lollipop that changes flavor when exposed to different light intensities. Tentatively WETTEK has named these lollipops PolyLollies because of their abulity to change flavor during consumption.
Quantum Teleportation: WETTEK is one of the premier research labs for the investigation into Quantum Teleportation. Currently they are working on enhancing entanglement.Quantum teleportation, as it is known, relies on an aspect of physics known as “entanglement”, where the properties of two particles can be linked together even when they are far apart. Dr. Ray Ferguson states: “Entanglement has been proven to be a very real feature of our universe, and one that has extraordinary potential to advance all manner of scientific endeavour.”
Teleportation was once considered impossible, but in 1993 WETTEK scientists calculated that it could work in principle, using quantum laws. Theoretically, “bites” of information – called qubits – could travel across potentially vast distances in an instant.
Dr. Heinrich Talisib’s research states: “There is a close connection between teleportation and quantum computers, which are devices which exploit quantum mechanics to perform computations which would not be feasible on a classical computer. Building a quantum computer is one of the great challenges of modern physics, and it is hoped that the new teleportation protocol will lead to advances in this area.”
WETTEK researchers have reported teleporting photons over 143km, breaking previous records, and quantum entanglement is increasingly seen as an important area of scientific investment. While the utilization of living organisms in teleportation research is illegal in the US, WETTEK has been lobbying for a bill in the Congress to legalize the use of stem cells in teleportation research. WETTEK firmly believes that teleportation is the transportation solution for the future…the near future.
Bio-Neural Control: WETTEK has been at the forefront of isolating the synaptic triggers that target specific regions of the nervous system causing predicted and designed actions. Can we control animals behavioral decision or a cell’s developmental choice? And through such attempts at control, can we gain a better understanding of the architecture of the underlying circuits? In WETTEK’s attempts at controlling the behavior the nematode Caenorhabditis elegans and we ask if we can trigger neural activity patterns in the animal to make it believe that there is a chemo-attractive signal gradient in its environment. In the process, we have been able to chart and describe novel insights and innovative uses for bio-neural control.
The scientific community is well-aware that molecular communication is not only possible, but regularly displayed throughout the whole of nature (occurring in the form of primer pheromones and many other common operational functions). Still, recent studies exploring the organic transmission of information have completely surpassed our previous expectations. Groundbreaking research in genetic signaling and directed evolution has given far greater insight into the issue of “Bio-Neural Control” and it’s potential application in any number of fields.
All organisms possess innate systems that define their predetermined behavioral programming; with DNA mapping, we can locate these “instinctive control-sectors” and examine how they affect involuntary reflexes and primary reactions. “Bio-Neural Interfacing” can be used to establish a field of control, which would allow for influence over test-subjects from a remote location. Utilizing passive persuasion techniques, we can elicit a voluntary response in the form of a pre-directed course of action (which can be initiated through a variety of delivery systems).
We have gathered sufficient evidence supporting the fact that these studies are not only necessary, but actively being pursued by external agencies in opposition to both national and private interests. Behavioral Modification has already been heavily investigated through many avenues (sociological, psychological and biological) – at WETTEK, we’re taking these studies to their logical conclusion.