ALIEN INTERVIEW - THE NEW EARTH - Earth Changes and The ...

they will contain IC s in fabric to develop fabric keyboards and other wearable computer
devices. These types of products are known as Interactive electronic textiles (IET).
Research to support IET development is being conducted in many universities. Growing
consumer interest in mobile, electronic devises will initiate the demand for IET products.
Technical textiles include textile structures for autmotive applications, medical textiles
(e.g. implants), geotextiles (reinforcement of embankments), agrotextiles (textiles for crop
protection), protective clothing (e.g. against heat and radiation for fire figther clothing,
against molten metals for welders, stab protection and bulletproof vests), spacesuits
(astronauts)."
Biotextiles are structures composed of textile fibers designed for use in specific biological
environments where their performance depends on biocompatibility and biostability with cells
and biological fluids. Biotextiles include implantible devices such as surgical sutures, hernia
repair fabrics, arterial grafts, artificial skin and parts of artificial hearts. They were first
created 30 years ago (1978) by Dr. Martin W. King, a professor in North Carolina State
University’s College of Textiles.
Medical textiles are a broader group which also includes bandages, wound dressings,
hospital linen, preventive clothing etc. Antiseptic biotextiles are textiles used in fighting
against cutaneous bacterial proliferation. Zeolite and triclosan are at the present time the
most used molecules. This original property allows to inhibits the development of odors or
bacterial proliferation in the diabetic foot."
-- Reference: Wikipedia.org
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"... mechanisms for creating, amplifying and channeling light particles or waves
as a form of energy."
In 1947, Willis E. Lamb and R. C. Retherford found apparent stimulated emission in
hydrogen spectra and made the first demonstration of stimulated emission. In 1950, Alfred
Kastler (Nobel Prize for Physics 1966) proposed the method of optical pumping.
The work of Schawlow and Townes, however, can be traced back to the 1940sand early
50s* and their interest in the field of microwave spectroscopy, which had emerged as a
powerful tool for puzzling out the characteristics of a wide variety of molecules.
The invention of the laser, which stands for light amplification by stimulated emission of
radiation, can be dated to 1958 with the publication of the scientific paper, Infrared and
Optical Masers, by Arthur L. Schawlow, then a Bell Labs researcher, and Charles H.
Townes, a consultant to Bell Labs. That paper, published in Physical Review, the journal of
the American Physical Society, launched a new scientific field and opened the door to a
multibillion-dollar industry.
Many different materials can be used as lasers. Some, like the ruby laser, emit short pulses
of laser light. Others, like helium-neon gas lasers or liquid dye lasers emit a continuous
beam of light.
*NOTE: According to the book, "The Day After Roswell", reports about microwave and light
projecting components from the Roswell "flying disc", technology were "leaked" to Bell
Laboratories through the Pentagon.
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