GENESIS OF INTERNET BEGAN IN 1840 & HERE IS PROOF JUST DISCOVERED - PART 6 OF 8

As discussed, it took approximately ten years to finally authenticate that the journal was indeed the the work of William Fothergill Cooke - who had worked between 1836 and late 1840 with Professor Charles Wheatstone of King's College, London - to perfect the first commercially based working binary electric telegraph system in the world.  

The inventive effort by Cooke as entered into his work journal became the primary basis to all electronic communications that we have in modern times today, including the Internet.                   

In this short video, details are shown for the first time ever of the actual concepts that are essentially the true genesis of the Internet and electric digital binary communications which began as the inception of what became known as the telegraph and telegraphy.   This in turn led to telephony with the telephone,and further technical principals cme to be developed that led to radio and then television.

From here the technologies continued to be developed and this led to the development of the transistor and eventually the computer.    But the key to every technology that has come to be perfected and commercially adapted is based solely on the binary digital aspects of  first successfully applied and commercially produced technology developed by Cooke and Wheatstone - all which came from the basic tenets found in the entries made by Cooke in his work book journal.

The binary based circuitry of the first perfected commercial telegraph system invented by Cooke and Wheatstone is repeatedly sketched out by its key inventor Wm. F. Cooke in his recently found centuries old long lost journal.  

Today, the same binary elements and circuitry is the basis of all solid state computer technologies of today, which is the basic workhorse that is the worldwide web and Internet.

As well, and even more significant, are the drawings by Cooke found and dated 1840 in his journal of the very first inception of the electric "keye board" or typewriter keyboard - which without this concept too, there would be no viable Internet today, let alone the use of a computer as we have come to know it, and use.

This video numbered 6 out of 8 shows you all of this and more.         

The inventor Cooke and his partner Professor Charles Wheatstone of King's College, London established a partnership in 1836 to develop the world's first perfected commercial system of electric telegraph communications that came to fruition four years later in July of 1840 with the successful launch of the telegraph signal system installed on Isambard Kingdom Brunel's Blackwall Railway at the inauguration of the railway line's service.  

Eventually, the work of William Fothergill Cooke blossomed to become the Electric Telegraph Company in 1846, which today is known as British Telecom, the latter operating now in approximately 186 countries of the world.

At the website www.WilliamFothergillCooke.com this miraculous story is now to be told for the very first time, in parts and revealed from the actual pages of the Cooke journal for scholars, students and historians the world over.

The world's communications history is being re-written and re-defined.    The story is entitled: INTERNATIONAL TREASURE: THE LOST JOURNAL OF WILLIAM FOTHERGILL COOKE.

This is how modern civilization as we know it began.

This sixth of the eight video clips shown herein is a sample clip taken from the full 2 1/2 hour video documentary produced and directed by international historian, author and Cooke journal discoverer Richard Warren Lipack.  

The full 2 1/2 hour documentary will soon be made available for study along with all pages of the Cooke journal itself through a Premium Content subscription.

IT IS HERE AT WilliamFothergillCooke.com THAT PROFESSORS AND STUDENTS ALIKE CAN BEGIN TO ACHIEVE FULL ACCESS TO ALL OF THE NEW HISTORICAL REVELATIONS & RAMIFICATIONS OF THIS EXCITING NEW SCIENTIFIC DISCOVERY!

INTERNATIONAL TREASURE: THE LOST JOURNAL OF WILLIAM FOTHERGILL COOKE

PART 6