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**ahura999** · 07-25-2013, 03:57 AM

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"20060247133-A string of super-dense carbon atoms forms a superconductor unaffected by temperature changes over a wide range. Using molecular beam epitaxy technology, a number of such carbon atomic strings are connected in parallel and encased in a plastic which forms nanotubes around each string having a negatively charged inner surface on each tube formed. The superconducting electrons travel in the cylindrical space between the inside of the nanotubes and the outside of the carbon strings. Cables carrying 20,000 amperes of electric current and withstanding 81,300 pound pull are projected. Strings connect to super-dense diamond plates at the two ends of a cable which plates both carry electric current and carry the pulling force. Superconducting belts excite iron pipes sending sparks into storm clouds for withdrawing energy from the clouds."

**ahura999** · 07-25-2013, 04:21 AM

Superconducting carbon 20060247133

"A Storm Energy Reducing System (SERS) comprising the following in combination: a) a carbon superconducting belt laid on edge on the ground for carrying large currents, and b) a vertical steel pipe means for sending sparks into storm clouds for withdrawing energy from the clouds .."

"A string of super-dense carbon atoms forms a superconductor unaffected by temperature changes over a wide range. Using molecular beam epitaxy technology, a number of such carbon atomic strings are connected in parallel and encased in a plastic which forms nanotubes around each string having a negatively charged inner surface on each tube formed. The superconducting electrons travel in the cylindrical space between the inside of the nanotubes and the outside of the carbon strings. Cables carrying 20,000 amperes of electric current and withstanding 81,300 pound pull are projected. Strings connect to super-dense diamond plates at the two ends of a cable which plates both carry electric current and carry the pulling force. Superconducting belts excite iron pipes sending sparks into storm clouds for withdrawing energy from the clouds."

"Other high current superconducting cables could be located in the lower Atlantic carrying counterclockwise currents to create hurricanes in order to cool the Earth with acceptable inconvenience to shipping. Combinations of these two types of current loops can be studied by expert organization and controlled by those organizations if these ideas are found feasible. The organizations presently controlling carbon superconductor technology may find it desirable to lead in use of the technology by those of us denied access to carbon superconductor manufacturing facilities.

[0130] FIG. 9 illustrates a Storm Energy Reducing System (SERS) for taking energy out of hurricanes to reduce their destruction. The SERS may also be useful using a number of installation along the equator for dissipating the earth's energy and thus controlling global warming.

[0131] The SERS consists of a superconducting belt 1000, a 4 inch steel pipe 1001 and a current generator 1002. The superconducting belt shows on pages 21 and 22 of the Reference 1 document describing the CARDINAL MHC ship. The belt is showing coming from a cylindrical container as it forms the plastic body of the Cardinal. The dimensions shown on FIG. 9 are approximate but will be as used in building the Cardinal and her sister ships. Both the belt 1000 and the current generator 1002 will be obtained from Intermarine SpA of Le Spezia Italy.

[0132] It is believed that when energized under a storm cloud having a magnetic field a continuous spark (not really lightning since there is no leader stroke from the sky) will form from the top of steel pipe 1001 removing energy from the cloud. It seems necessary that the current flow through the belt in a clockwise direction in the northern hemisphere. It is believed that energy taken from the cloud will be dissipated as heat by the spark itself.

[0133] A second use for the SERS could be to generate storms at the equator to continually take energy from equatorial regions and balance the Earths' heat loss in a controlled way lasting thousands of years.

[0134] The following article is taken from a publication by "The New Mexico Facetor" summarizing a speech by Dr. Ralph Dawson: "Program Speaker: Dr. Ralph Dawson, Crystal Grower. By Drs. Scott and Susan Wilson. This is included in the belief that Dr. Dawson and others at his employer, Sandia Laboratories are familiar with carbon superconductors and their manufacture.

United States Patent Application: 0060247133

**ahura999** · 07-25-2013, 04:22 AM

Superconducting carbon 20060247133 Pt2

[0135] Dr. Ralph Dawson, who recently retired from Sandia National Laboratories as a crystal grower, spoke to the Guild about basic crystal classes and their unique crystal lattice arrangements. For thirty years, Dr. Dawson grew crystals using a technique known as molecular beam epitaxy (MBE). Molecular beam epitaxy allows the crystal grower to precisely grow very thin layers of atoms (known as mono-layers) with controlled thickness. This technique permits highly advanced semiconductors structures to be grown, such a Vertical Cavity emitting Lasers (VCELs).

[0136] The materials that Dr. Dawson works with are mainly III-V compounds. These are binary (2 component) chemical compounds formed from one element taken from the 3rd column of the periodic table, along with one element taken from the 5th column of the periodic table. Hence, the name "three-five compounds". Examples of these types of compounds are Gallium-Arsenide (GaAs) and Indium-phosphide (InP). These compounds are of great interest in the manufacturing of semiconductor lasers (your CD player has one). In his introduction, Dr. Dawson described the three degrees of crystallization that a solid material may take: amorphous, polycrystalline, and a single crystal. The differences between these three types are based upon the size of an ordered region within the material.

[0137] An ordered region is a volume within where the atoms (or molecules) exhibit regular geometric or periodic arrangements. Amorphous material, such as glass, has order only on a length scale of a few atoms (very, very small). In both cases above, the ordered regions vary in size and orientation with respect to each other (rotated or displaced). Single crystal material, mainly what we faceters work with, has a high degree of order over a long range (several millimeters).

[0138] A single crystal region is called a grain. Adjacent crystal grains are separated by grain boundaries. These grain boundaries effect how well a material conducts electricity, and they may also influence the strength of the material.

[0139] The periodic arrangement of the atoms in the single crystal is called the "lattice". The 3D lattice is a periodic repetition of atoms. Since the lattice structure has repetitions within, there must be a group of atoms. Since the lattice structure has repetition within, there must be some fundamental unit being repeated across the whole lattice. This fundamental unit is called the unit cell. By stacking unit cells above, below, and next to each other, we can build the full lattice structure to fill any given volume in the crystal.

[0140] There are seven crystal systems: triclinic, monoclinic, orthorhombic, tetragonal, cubic, hexagonal, and trigonal. fourteen possible unit cells exist and are known collectively as the Bravis lattices. Two things need to be kept in mind: which crystal system and which unit cell structure.

[0141] Dr. Dawson explained the symmetry found in as crystal. Since the crystal is formed with repeating unit cells, it logically follows that there will be some symmetry in the arrangement of the crystal lattice.

[0142] The crystal symmetry can be seen by rotating models of the different crystal lattice structures. for example, if the crystal structure is cubic, then the lattice will look like a box with an atom at each corner of the box. If we hold the box to look only at the front of the box, then we only see four atoms (one at each corner). If we rotate the box to look at one of the other sides, it will .appear exactly the same to us. There is no visible difference in the four sides. This is an example of four-fold symmetry.

United States Patent Application: 0060247133

**ahura999** · 07-26-2013, 05:47 AM

Honesty and Quality

Honesty and Quality

These words are important to me for two reasons. First, they are the basis for my philosophy of business- and it has been very successful both for Beckwith Electric and for our customers. Secondly, honesty and quality define the industry that I chose to be involved in for the rest of my life. While working in the Electronic Lab at G.E. and later at Gulton Industries, I was introduced to most large types of industry. I discovered that each type had a personality and the electric utility industry reminded me of a somewhat conservative gentleman. I had no problem at all in choosing the electric utilities who have constantly proven to me that honesty and quality are appreciated and are, in fact, very saleable commodities.

We are very much a "do-it-yourself" type company, both in the design and manufacture of products, as well as in customer support. We believe in being our own expert; whether it's accounting, computer programming, literature production, or automatic production and testing. When we couldn't find equipment accurate enough to test our synchronizing relays, we designed an assembly, which is at the forefront of technology, using components from many sources. While we buy many packaged computer programs, we have also learned how to modify them to suit our particular needs. In this way, we become the master, not the computer. This philosophy has two major benefits. We have more control when we do it ourselves, and we can more readily respond to the changing needs of our customers.

"The needs of the customer" may seem to be an often used and worn out phrase, but our success has proven that keeping this idea as our first priority is a practical way of doing business. In fact, the beginning of many of our products was when a customer asked, "Can you solve this problem for me?" If we couldn't, we told them so. If we could, we knew that the solution would have to solve the real problem, and not be just an updated copy of older techniques.

By choice, we permit the company to expand only as fast as profits allow, turning down many tempting offers of investment capital. We don't want to lose control of the company we have nurtured, but more importantly, we don't want to lose sight of our first goal- to sell quality products.

We will not ignore the lessons that the utility industry so graciously taught us.

Sincerely,

Robert W. Beckwith
Chairman, Board of Directors

Attached Files

**ahura999** · 07-26-2013, 05:50 AM

**ahura999** · 07-27-2013, 09:13 AM

Patent US20040027031 - Neutrino light to photon light converting matrix - Google Patents

**ahura999** · 07-30-2013, 10:52 PM

has anyone got any comments or thoughts

has anyone got any comments or thoughts ? not one commment ....mmmm bit difficult to have an conversation with myself...is no one interested in this material and this fellow ?

**ewizard** · 07-31-2013, 07:18 PM

I read through his book Ltt.pdf which is about levitation, teleportation and time travel. Very good read and fascinating info on the real purpose of the Philadelphia experiment. He certainly has a lot of good credentials and I believe he is right about the Philadelphia experiment. Also fascinating was his observation when given a tour of an Osprey class submarine that it had a light on a cabinet reading "Teleportation Mode".

Thanks for sharing.

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Anyone familiar with the work of Robert W. Beckwith

Anyone familiar with the work of Robert W. Beckwith

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