JOHN CADMAN
John Cadman - WA - Engineerand developer of the hydraulic pulse generator theory of the Great Pyramid of Giza. John hasproduced his theory by building large scale working models of the lowerextremities of the Great Pyramid showing how it acts as a pulse generator,hydrogen generator and water pump.
One of my mother’s favorite stories is how herfive-year-old son wired the attic for lights. He wanted to see countlessmechanical and electrical projects which covered the floor better.
I grew up with a fascination of machinery andtechnology. In my teen years I was fascinated by the technological wizardry ofthe motocross scene. Fascination hardly touches on my love of the sport, themachines and the intensity. In those days motorcycle technology was changing ata furious pace, and I was busy keeping up with all the latest developments. Thefactory prototypes were hitting the tracks costing upwards of $100,000. Workingat a machine shop after school provided me with access to various lathes, millsand welding equipment. I was a 125 cc freak, a motor size limitation whichrequired maximizing the output by any and every means available; from flowporting the cylinder to modifying the frame and suspension.
Turning 18, I bought the biggest, baddest motocrosserbuilt to date, the Yamaha YZ 465. The bike had just captured a win against theworld’s best in near stock form. The motor was very unlike the 125 cc motors,though. It was detuned. No fancy hi-tech gadgetry. It also had oodles ofhorsepower all over the rpm range. It was user friendly and yet could beabsolutely terrifying depending upon how quickly the throttle was turned.
Where am I going with all of this?
That was truly a great motor that survived for atleast ten times longer than the hi-tech little motors. It was my introductionto low tech "heavy metal". I hold this over till this day withlow-tech diesel vehicles. No computer equipment on board, thank you.
The early 80’s saw the advent of personal computers,and I became sucked up into the new scene. I started writing small programs in"basic" language. This eventually ended up with the creation of agraphics manipulation program written in machine code.
Machine code reads, writes, and manipulates 1’s and0’s . . . . pure logic with no room for error. Raw code creations formed as Iwas trying to drift off to sleep. The numbers become a visual mental entityonly to be captured by writing on paper. This flooding of the brain with flyingbinary numbers changes synaptic nerve patterns forever.
It was an obsession. Late nights and way too muchcaffeine. The program, "Characters Unlimited", came to life. It andthe manual were sent off to the software publishers where it was accepted! Afirm in San Diegowas going to market it. Then the software market for the particular machinewent soft. Both went down in blaze of glory. I never wrote another program.
Off on another tangent? Maybe.
Obsession to the point of completion. Creating withpure logic. Seeing the vulnerability of hardware and software. Loss of faith inthe fragile high tech machinery.
While attending the university in my hometown, Istarted working in the Alaskan fishing industry during the summer months. Thehours were long, but money was good for school. I was three years on my waytowards a mechanical engineering degree when my mentor, Billy Adamson, wantedme to stay on in Alaska."Why bust your butt in school and be poor when you can come with me and bean engineer and get paid well?" It seemed pretty reasonable at the time.
The next few years were spent as an assistant engineerdesigning and fabricating seafood processing lines and of course, repairingevery conceivable piece of onboard equipment. The sea inspired conceptualrepair creativity! Boats have literally miles of pipes and hundreds of valvesfor fuel transfers, water transfers and the like. Billy Adamson hammered theconcept of "tracing the pipes" into my head. Follow the liquid flow throughthe pipes until it encountered valves and crossovers. This was later to play amajor factor in the Gizapipe tracking.
Our hero then finds himself as chief engineer of a Bering sea king crab boat. Crabbing is the most dangerousprofession in the world. We worked 20 plus hours per day. Crew members weresmashed by 1000 pound crab pots or pulled overboard to a quick frozen death.Sleep deprivation to the point of delirium, frozen fingers numbed for monthsafterward, carpal tunnel, pure misery. But the money was great.
The Bering sea - homeof wind, waves and ice; where 30-foot seas are common and 50-foot seas happenwith alarming regularity. Ice laden boats roll over every year. Things were onpar with almost every bit of the movie "The Perfect Storm".
Boats in Alaskaare worked to death. There is at least two of every motor, pump, electronicpiece . . . It all fails. Simple is good. Build everything indestructible. Andonce again, the old school of heavy metal. The builders of the Great Pyramidwere from the same school.
After a number of years of crabbing and with all myfingers still intact, circumstances caused a change of career. The followingyears saw ups and downs. I even built and ran a restaurant with family members!That was an eye opener. The term "married to the business" comes tomind.
In early 1999 my wife and I moved onto our family’sunimproved property. Unimproved means no water, no power. Alternate energy hadto be developed. In my search for solutions, I came across Richard Noone’sbook, "5/5/2000", in a small bookstore, whichhad covered material regarding the Great Pyramid. I also discovered a littleknown book by Edward Kunkel, "The Pharaoh’s Pump". Kunkel had writtenof how the Great Pyramid was an amazingly efficient water pump which didn’t requireelectricity.
In June of 1999 I decided to build the lower half ofthe pump known as "the construction pump". I scoured the internet,libraries and book stores for every bit of information about the subterraneanchamber of the Great Pyramid. Very little accurate information exists aboutthis room, folks.
By August of 1999, I had a prototype as described byKunkel. In front of family and friends it was tried. It did not work; in fact,that prototype never did run. I must credit Kunkel with the idea of a hydraulicram pump being designed within the lower portions of the Great Pyramid, but Idisagree with most of his layout and conclusions.
So much time was invested in this project that it hadto be completed. It developed into an obsession with the ancient Egyptiancivilization.
By April of 2000 I had created a working prototype.Within a few months we were drawing water for our home. Some of the initialdetails and conclusions were wrong in this early design, but the prototype wasessentially the correct in layout. It was then, and still is, the first andonly working version of the lower half of the Great Pyramid.
The year 2000 also saw the creation of the "GreatPyramid of Giza Research Association". A brainchild of Dr. John DeSalvo,the association aimed towards unifying the scholarly work of alternatetheorists. I was invited to join for the advisory board in October 2000 and wasastounded by the talent soon to support the Giza site.
The next two years have seen constant verification ofvarious details. I have tried at least 100 different configurations. Much likemy experience at sea, the simplest configuration was much closer to being rightthan many of the later configurations.
The lower area of the Great Pyramid was a nearlyindestructible machine with two or three moving parts. It could have run foryears with no maintenance. It may have run for a hundred years . . . quitepossibly a thousand!
Let’s hear it for the school of heavy metaltechnology!
John Cadman - WA - Engineerand developer of the hydraulic pulse generator theory of the Great Pyramid of Giza. John hasproduced his theory by building large scale working models of the lowerextremities of the Great Pyramid showing how it acts as a pulse generator,hydrogen generator and water pump.
One of my mother’s favorite stories is how herfive-year-old son wired the attic for lights. He wanted to see countlessmechanical and electrical projects which covered the floor better.
I grew up with a fascination of machinery andtechnology. In my teen years I was fascinated by the technological wizardry ofthe motocross scene. Fascination hardly touches on my love of the sport, themachines and the intensity. In those days motorcycle technology was changing ata furious pace, and I was busy keeping up with all the latest developments. Thefactory prototypes were hitting the tracks costing upwards of $100,000. Workingat a machine shop after school provided me with access to various lathes, millsand welding equipment. I was a 125 cc freak, a motor size limitation whichrequired maximizing the output by any and every means available; from flowporting the cylinder to modifying the frame and suspension.
Turning 18, I bought the biggest, baddest motocrosserbuilt to date, the Yamaha YZ 465. The bike had just captured a win against theworld’s best in near stock form. The motor was very unlike the 125 cc motors,though. It was detuned. No fancy hi-tech gadgetry. It also had oodles ofhorsepower all over the rpm range. It was user friendly and yet could beabsolutely terrifying depending upon how quickly the throttle was turned.
Where am I going with all of this?
That was truly a great motor that survived for atleast ten times longer than the hi-tech little motors. It was my introductionto low tech "heavy metal". I hold this over till this day withlow-tech diesel vehicles. No computer equipment on board, thank you.
The early 80’s saw the advent of personal computers,and I became sucked up into the new scene. I started writing small programs in"basic" language. This eventually ended up with the creation of agraphics manipulation program written in machine code.
Machine code reads, writes, and manipulates 1’s and0’s . . . . pure logic with no room for error. Raw code creations formed as Iwas trying to drift off to sleep. The numbers become a visual mental entityonly to be captured by writing on paper. This flooding of the brain with flyingbinary numbers changes synaptic nerve patterns forever.
It was an obsession. Late nights and way too muchcaffeine. The program, "Characters Unlimited", came to life. It andthe manual were sent off to the software publishers where it was accepted! Afirm in San Diegowas going to market it. Then the software market for the particular machinewent soft. Both went down in blaze of glory. I never wrote another program.
Off on another tangent? Maybe.
Obsession to the point of completion. Creating withpure logic. Seeing the vulnerability of hardware and software. Loss of faith inthe fragile high tech machinery.
While attending the university in my hometown, Istarted working in the Alaskan fishing industry during the summer months. Thehours were long, but money was good for school. I was three years on my waytowards a mechanical engineering degree when my mentor, Billy Adamson, wantedme to stay on in Alaska."Why bust your butt in school and be poor when you can come with me and bean engineer and get paid well?" It seemed pretty reasonable at the time.
The next few years were spent as an assistant engineerdesigning and fabricating seafood processing lines and of course, repairingevery conceivable piece of onboard equipment. The sea inspired conceptualrepair creativity! Boats have literally miles of pipes and hundreds of valvesfor fuel transfers, water transfers and the like. Billy Adamson hammered theconcept of "tracing the pipes" into my head. Follow the liquid flow throughthe pipes until it encountered valves and crossovers. This was later to play amajor factor in the Gizapipe tracking.
Our hero then finds himself as chief engineer of a Bering sea king crab boat. Crabbing is the most dangerousprofession in the world. We worked 20 plus hours per day. Crew members weresmashed by 1000 pound crab pots or pulled overboard to a quick frozen death.Sleep deprivation to the point of delirium, frozen fingers numbed for monthsafterward, carpal tunnel, pure misery. But the money was great.
The Bering sea - homeof wind, waves and ice; where 30-foot seas are common and 50-foot seas happenwith alarming regularity. Ice laden boats roll over every year. Things were onpar with almost every bit of the movie "The Perfect Storm".
Boats in Alaskaare worked to death. There is at least two of every motor, pump, electronicpiece . . . It all fails. Simple is good. Build everything indestructible. Andonce again, the old school of heavy metal. The builders of the Great Pyramidwere from the same school.
After a number of years of crabbing and with all myfingers still intact, circumstances caused a change of career. The followingyears saw ups and downs. I even built and ran a restaurant with family members!That was an eye opener. The term "married to the business" comes tomind.
In early 1999 my wife and I moved onto our family’sunimproved property. Unimproved means no water, no power. Alternate energy hadto be developed. In my search for solutions, I came across Richard Noone’sbook, "5/5/2000", in a small bookstore, whichhad covered material regarding the Great Pyramid. I also discovered a littleknown book by Edward Kunkel, "The Pharaoh’s Pump". Kunkel had writtenof how the Great Pyramid was an amazingly efficient water pump which didn’t requireelectricity.
In June of 1999 I decided to build the lower half ofthe pump known as "the construction pump". I scoured the internet,libraries and book stores for every bit of information about the subterraneanchamber of the Great Pyramid. Very little accurate information exists aboutthis room, folks.
By August of 1999, I had a prototype as described byKunkel. In front of family and friends it was tried. It did not work; in fact,that prototype never did run. I must credit Kunkel with the idea of a hydraulicram pump being designed within the lower portions of the Great Pyramid, but Idisagree with most of his layout and conclusions.
So much time was invested in this project that it hadto be completed. It developed into an obsession with the ancient Egyptiancivilization.
By April of 2000 I had created a working prototype.Within a few months we were drawing water for our home. Some of the initialdetails and conclusions were wrong in this early design, but the prototype wasessentially the correct in layout. It was then, and still is, the first andonly working version of the lower half of the Great Pyramid.
The year 2000 also saw the creation of the "GreatPyramid of Giza Research Association". A brainchild of Dr. John DeSalvo,the association aimed towards unifying the scholarly work of alternatetheorists. I was invited to join for the advisory board in October 2000 and wasastounded by the talent soon to support the Giza site.
The next two years have seen constant verification ofvarious details. I have tried at least 100 different configurations. Much likemy experience at sea, the simplest configuration was much closer to being rightthan many of the later configurations.
The lower area of the Great Pyramid was a nearlyindestructible machine with two or three moving parts. It could have run foryears with no maintenance. It may have run for a hundred years . . . quitepossibly a thousand!
Let’s hear it for the school of heavy metaltechnology!
