In this section Part 4 we find the crew of Light Star beginning to discover that they are the only thing between the survival or destruction of an entire race of ancient peoples. An unarmed experimental craft facing a fleet of hostile ships and a doomsday bomb capable of destroying half of sector five if it is detonated.

Chapter 24 - - THE BEST LAID PLANS As Harris squeezed himself out of the docking chamber back into the main link passage of Light Star, he founded it rather crowded. Raftos and Venscottie were still standing there, confronted by a rather agitated Packet. "Am I glad you three are back,” started Packet. "It's Mick – I think he's on the verge of burnout. Since you went he has read all those papers you gave him and others he's asked me to get him. He's taking in she...

In this section Part 3 we learn more about the strange nature of some planets left in this area of space. Despite the security which surrounded this mission there is suspicion that within the crew of the Light Stare is a traitor. The are an unarmed ship up against incredible odds and they have already see how vulnerable their small ship is and what would happen it it were attacked.

Chapter 16 - - LITTLE MOON, BIG PLANET "You're God’s own bastard, Raftos,” said Venscottie "No, I'm my own bastard let’s leave the Gods out of this,” said Raftos. "Now you were just about to explain all about these little green jump gates.” "No I wasn't,” said Venscottie. "I'm getting too old and tired for all this. If I had been a bit dumber when I was young I wouldn't have been selected for the Star Knights, or have to carry all these star maps around in my hea...

In this section Part 2 we learn about the crew of Light Star and the mission they are on, as they begin to realise there is much more to the mission than they have been told. The unknown factor of what happened to the other crews and ships plays heavily on their minds. The danger is great but they all feel they must carry on with the unspoken part of the mission. They finally come to see the power of the machine that surrounds them.

Chapter 8 - - KIMLON'S STORY For the moment, Light Star did not seem to be in any danger. They were sitting in the middle of nowhere and their scanners had picked up no signs of any other ships in that area of space. After the pod had retracted Harris decided it was time to see Raftos and ask him some pertinent questions. Packet stayed in the communications room compiling the data they had gathered. Harris left and went in search of Raftos. After twenty minut...

In this section Part 1 we are introduced to the area of space where the action takes place. We are told about the major event that provokes an unprecedented response from the Central Council of the empire. So we begin a journey following John Harris into an adventure the likes of which he could never have imagined in his wildest dreams, or for that matter, his worst nightmares. It started with a red flashing mail message on his computer screen.

Lieutenant Major John Harris was sitting at his desk on the twenty-third floor of the Astor Central Processing Building. He was busy classifying documents for levels of security clearance before entering them into the main archives. On his computer screen flashed the mail icon. Normally you have to open the icon to see your mail; high priority mail, however, flashes up instantly in red. The message flashed up in red. Messenger arriving. Harris was still lo...

The original Books are a series of fully illustrated papers are about the subatomic world. Essentially about the energy found there and how this energy acts and reacts to form the very glue that holds the physical universe together. This is essentially an explanation of the mechanics of atomic formation, structure and linking. The papers have been split into Books primarily to keep the file sizes down to an acceptable level. This also apples to these supplementary pap...

MOVEMENT OF ENERGY In this section we are going to look in more detail on how this energy is passes between the subatomic world and the three dimension world. We look at the affects this has on the atomic structures of large atoms and the way this changes atomic interactions. Heat is a tipping effect of an atomic structure when it reaches an upper absorption limit of energy storage, where it has to expel this energy or break down and be destroyed. Heat is effect of t...

The original Books are a series of fully illustrated papers are about the subatomic world. Essentially about the energy found there and how this energy acts and reacts to form the very glue that holds the physical universe together. This is essentially an explanation of the mechanics of atomic formation, structure and linking. The papers have been split into Books primarily to keep the file sizes down to an acceptable level. This also apples to these supplementary paper...

In this section we are going to look in more detail on how this energy is passes between the subatomic world and the three dimension world. We look at the affects this has on the atomic structures of large atoms and the way this changes atomic interactions. Heat is a tipping effect of an atomic structure when it reaches an upper absorption limit of energy storage, where it has to expel this energy or break down and be destroyed. Heat is effect of this energy being push...

The original Books are a series of fully file:///C:/Linkdoc/Site-links.htmlillustrated papers are about the subatomic world. Essentially about the energy found there and how this energy acts and reacts to form the very glue that holds the physical universe together. This is essentially an explanation of the mechanics of atomic formation, structure and linking. The papers have been split into Books primarily to keep the file sizes down to an acceptable level. This also...

Here we have to focus down onto the planetary model and see how the vectors that produce gravity also produce the sub forces that we describe as Magnetism. Now any large body of atomic matter compresses itself by mutual attraction of the atomic structure of a collective of the atoms with in it. This bundle of energy attracts energy nodes from the surrounding Dark Energy cloud, it needs this energy to maintain its coherence or it will fall apart and be absorbed back...

A series of fully illustrated papers are about the subatomic world. Essentially about the energy found there and how this energy acts and reacts to form the very glue that holds the physical universe together. This is essentially an explanation of the mechanics of atomic formation, structure and linking. It looks at how sub atomic particles form strings rings and then atoms. How simple atoms use two dimensional carriers to form large atoms and the ways atoms bond togethe...

Gravity a short word for a big subject. Lets start by saying before reading this section you should have at least read book two of these papers about dark matter, energy and the creation of matter. To start with we must let go of the thought that gravity is a single thing like a big magnet. Gravity is in fact a combination of three forces that produce the effect that we call gravity. By gravity we generally mean the attraction of objects one to another. Although we ...

A series of fully illustrated papers are about the subatomic world. Essentially about the energy found there and how this energy acts and reacts to form the very glue that holds the physical universe together. This is essentially an explanation of the mechanics of atomic formation, structure and linking. It looks at how sub atomic particles form strings rings and then atoms. How simple atoms use two dimensional carriers to form large atoms and the ways atoms bond togethe...

Bonds formed by similar atoms tend to follow structural patterns where the atomic interface windows align with the atomic exit windows of each atom. This bonding will form a regular continuous pattern as the structure of the crystal is built up. By studying these crystalline patterns we can determine some of the positions of the atoms atomic windows. We will not be able to tell the size of these windows but give us a chance to work out the atomic interface angle.

A series of fully illustrated papers are about the subatomic world. Essentially about the energy found there and how this energy acts and reacts to form the very glue that holds the physical universe together. This is essentially an explanation of the mechanics of atomic formation, structure and linking. It looks at how sub atomic particles form strings rings and then atoms. How simple atoms use two dimensional carriers to form large atoms and the ways atoms bond togethe...

We have looked at the basic Sub Atomic Energy Rings and at how this particle combines to from the simple then complex Atoms but to be of any use these Atoms have to build, combine and react with each other to form molecules. For atoms to do this we must have a mechanism that will allow them to react with each other without destroying their internal structure. This process is at the heart of Sub Atomic Interface Bonding and to understand it we must begin by looking at the...

A series of fully illustrated papers are about the subatomic world. Essentially about the energy found there and how this energy acts and reacts to form the very glue that holds the physical universe together. This is essentially an explanation of the mechanics of atomic formation, structure and linking. It looks at how sub atomic particles form strings rings and then atoms. How simple atoms use two dimensional carriers to form large atoms and the ways atoms bond togethe...

The newly formed atomic elements however need some mechanism to enable them to bond into molecules and make the next jump on to the evolutionary ladder. Something to allow atoms to essentially talk to each other. The thing that can do this is in fact the two dimensional sub atomic ring, the very thing that the atoms are made of. It is the dynamics of these sub atomic rings that make them the most interesting and most important part of the entire subatomic world. To under...

A series of fully illustrated papers are about the subatomic world. Essentially about the energy found there and how this energy acts and reacts to form the very glue that holds the physical universe together. This is essentially an explanation of the mechanics of atomic formation, structure and linking. It looks at how sub atomic particles form strings rings and then atoms. How simple atoms use two dimensional carriers to form large atoms and the ways atoms bond togethe...

The new single is atom made up of two sub atomic particle rings, each ring comprising a number of energy nodes. If we look at the atom in detail we see it has a vortex pressure map giving the atom a small graviton pull. These forces are built up from the two vortex forces of the two particles rings which are locked together, the lowest pressure point being where the two faces of the gravitational vortex face each other. The small gate ring acts as a pressure valve agains...

A series of fully illustrated papers are about the subatomic world. Essentially about the energy found there and how this energy acts and reacts to form the very glue that holds the physical universe together. This is essentially an explanation of the mechanics of atomic formation, structure and linking. It looks at how sub atomic particles form strings rings and then atoms. How simple atoms use two dimensional carriers to form large atoms and the ways atoms bond togethe...

Energy is strange stuff, it both exists and does not exist, it is both positive and negative at the same time, it can repel and attract simultaneously. Most importantly it expands under pressure and contracts with decompression. We use energy as a catchall term to describe anything that produces work changes state or transfers heat. This is energy at work, the result of atomic interactions. Basic energy however in its prime form is this mysterious substance Dark Matt...

A series of fully illustrated papers are about the subatomic world. Essentially about the energy found there and how this energy acts and reacts to form the very glue that holds the physical universe together. This is essentially an explanation of the mechanics of atomic formation, structure and linking. It looks at how sub atomic particles form strings rings and then atoms. How simple atoms use two dimensional carriers to form large atoms and the ways atoms bond togethe...

INTRODUCTION AND FULL PROJECT INDEX By way of an introduction to these papers I want to begin by trying to give the reader some basic idea of energy because basically that what these papers are all about. We are all familiar with energy after all it comes out of the electricity socket in the wall, it runs the television, powers the computer and lights, as liquid petrol it runs the car, even as heat from the sun it warms the beach in summer. But this is energy at work,...

In this series of books we look at a single type of crane, in this case the Colossus 6000 Crane. We give details of how it was contruncted and what happened to the cranes.

In 1971 the Coles Colossus 6000 was conceived, designed and built as a total concept: as a crane capable of lifting the super heavy loads, and putting them up high or far out as a total concept. The 6000 has the features that make for real efficiency, real profitability, allowing easy work planning and even easier lifting of really big loads. The Coles Colossus 6000 has features like a seven axle chassis tot supreme readability; a unique eight point jacking system for...

In this series of books we look the Vintage Cranes that Coles built over the years from 1879 to 1944. We see how the cranes developed through the years and how changes in the needs of users shaped this development.

The older cranes, some of which were probably only prototypes, left little information behind other than grainy photographs. What we do have is a series of photographs in the history section of the 1958s Coles sales catalogue, this gives an image and date of twelve keynote units. Some of these units like the steam rail cranes were built or maintained throughout this period. Here based on this list, I well try to give as much as can be found about these early cranes.

In this series of books we look at a single type of crane, in this case the Rail Steam Crane. We give details of how it was contruncted and some the other types it lead to.

we see some of the original photographs that were taken some time after 1898 when Coles had moved to Derby. They are taken of completed cranes standing outside the works at Slack Lane. They show the diversity of variations on the standard pattern. The close up of the platform showing the operator gives a good idea of just how big some of these cranes could be. By this time they were able to make cranes lifting upto 36 tons.

In the second book of this series we pick up the story in the 1960s twenty years before the 100 yrars book was produced. We do this as the first book missed out a vital section in relation to the merger of Coles with Priestman Brothers. This merger began to show cracks in the industry and in management thinking at the time. This book has the advantage of hindsight but hopefully gets closer to the truth of what happened to the company. In such a large company there are m...

By the late 1960s Coles, which was at this time part of the company Steels Engineering Products Ltd, had three factories in the United Kingdom producing cranes. Sunderland. - This the “Crown Works” was the main factory where there was a range of cranes being produced, among them the Aeneas, Proteus, Argus, Vigorous, Illustrious, Centurion, Valiant, Ranger, Liea, Endurance, Doninant and Conqueror. Many of these were available in different option as mobile, lorry mou...

This first of 2 books is a reproduction of a promotional book given to clients and agents produced by Coles in 1979 called, “Coles 100 years - The growth story of Europe’s Leading Crane Manufacturer -1879 - 1979 ”. It was to celebrate the 100th anniversary of the establishment of the Coles Crane company by Henry James Cole in 1879. This book laid out the history of Coles from the foundation to the then present day 1979.

No records can be found relating to Henry Coles’ childhood until he left school at the age of 13, to be articled to S.Worssam and Co. (later called A. Ransome and Co.), who were manufacturers of sawmill equipment with premises on the King’s Road, Chelsea. He was with them for ten years, the first five in the drawing office, the remainder in tile company’s workshops. In 1870 he joined Maudslay, Sons and Field. He spent two years there as a marine engineer, erecting equ...