Paul Cook

Hi guys I've just been informed my patreon account has been deleted. No way would i cancel something I've built up over years.. I will be setting a new on up guys. Shame the world we live in today. No one tells you nothing they just do it. If you was a patreon make sure they aint taking No more money. They take two payments first. Which means they kept my next coming months patreon subscriptions 😅 oh well we start again...
If you wish to support me for now my pay pal is paulexplores33@gmail.com

Thanks in advance tigers have a great weekend

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3 weeks ago | [YT] | 471

Paul Cook

Guys, I am very happy to announce that I have officially been working on my book. One of many. Collecting nugs around the world.

Im going to focus on the pipe system and pipes on the giza plateau.. and howits designed to sustain life not to bury it. Also, Malta and the cast geometric patterns made of limestone, the famous 'cart ruts' and their true roll when it comes to these stone complexes, ancient building techniqueswe still use today. Finally, I will finish on the industrial zones made out of stone in sicily... how i made limestone granite and red sandstone. more cart ruts more shenanigans.

Seeing a hidden world by an engineer..

Like if you want to win a copy for free signed

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3 weeks ago | [YT] | 752

Paul Cook

CHECK THIS OUT TIGERS

These two diagrams together present compelling evidence that the Giza pyramid complex—particularly the Great Pyramid of Khufu—may have functioned as part of a sophisticated hydraulic or fluid-management system rather than a funerary monument.

The first image, showing the surface plan of the complex, reveals a structured layout of what appear to be channel marks beneath the basalt flooring suggests that fluids—most likely water—once moved through this system.
This implies large-scale engineering designed to direct, regulate, or contain water flow, consistent with the characteristics of a pumping or hydraulic mechanism. The distribution of these subterranean channels throughout the area supports the idea that the entire plateau could have served as a kind of municipal hub—hence the need for water distribution, flood control, or large-scale hydraulic operations serving a growing ancient population.

The second image, a sectional diagram of the pyramid’s internal structure, reinforces this hypothesis.
The inclined corridors, interconnected shafts, and chambers appear to form a self-contained hydraulic network capable of pressure regulation.

When viewed in conjunction with the external channel system mapped in the first image, it becomes plausible that the internal architecture of the pyramid acted as a central chamber or regulator for water movement through the plateau. The sloping passageways could have created pressure differentials—similar to those seen in primitive hydraulic pumps—driving water between internal and external conduits.
This integration of internal and external systems would make the pyramid an active part of Giza’s broader water infrastructure, rather than a passive tomb. Such an interpretation better aligns with the scale, precision, and technical sophistication I've observed in the engineering of the site.

Please let me know your thoughts. I really wanna know what other people's opinions are on this..

Also like and share this in groups if you can guys

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1 month ago | [YT] | 435

Paul Cook

Beneath the Great Pyramid’s temple complex lies something no one has ever spoke about.
A network of water channels running from shafts in front of the pyramids, branching quietly beneath the basalt floor, and reaching into other parts of the buried site (even though no dead royalty was ever found).
These aren’t random cracks or later additions; they appear engineered, deliberate, and precise. But why would a cemetery — a place of stone, sand, and silence — need such a complex water system?

It’s a detail often left out of official reports and tourist guides, yet I raise questions that won’t go away. Was this part of an ancient unknown plumbing system? A cooling system? Or something entirely different — a design meant to serve a purpose we’ve yet to understand? Whoever built these hidden channels clearly knew what they were doing. The mystery is, why has no one spoken about them?

THE SECOND IMAGE IS TAKEN FROM A VIEW POINT.
SECOND ROW OF BLACK SQAURES DOWN.
FIRST FROM RIGHT.
LOOKING LEFT

..SEE IF YOU CAN WORK OUT WHERE THE OTHER IMAGES ARE ON THE MAP

And let me know in the comments how you got on and what you think

PLEASE LIKE AND SUBSCRIBE GUYS


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1 month ago (edited) | [YT] | 530

Paul Cook

This immense limestone formation isn’t carved — it’s cast, as if the entire structure was poured into being by some forgotten technology. What you’re seeing here is only a glimpse of a frequency-formed megalith, vast enough to cradle two cities upon its back Vallettaand Floriana. The macro geometric patterns aren’t random—they follow a resonance, a rhythm embedded deep within the stone. Inside, the structure descends through five distinct levels, each one echoing with chambers, corridors, shafts, galleries, wells and vaults that seem more engineered than eroded.

In December’s videos, I’ll be walking around these very walls, tracing the hidden geometry and exploring what lies beyond those dark openings—into the heart of something that defies both time and explanation.

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1 month ago (edited) | [YT] | 568

Paul Cook

Here’s what’s going on:

PROOF OF CAST GRANITE CASING STONES ON THE SPHINX TEMPLE

IN GEOLIGY
Granite forms deep, slow, and under pressure — so gases can’t form bubbles. Rocks that form fast and at the surface (like pumice) do get bubbles.

That’s a great question — and it touches on how granite forms and what it’s made of.

Here’s the key idea:
You can’t get air bubbles in granite because granite forms deep underground from slowly cooled molten rock (magma), under high pressure, where there is no air.

Let’s break that down:

1. Granite forms underground (intrusive igneous rock)

Granite crystallizes slowly as magma cools beneath the Earth’s surface.

Because it cools so slowly, gas bubbles (if any) have time to escape before the rock solidifies.



2. High pressure environment

Deep underground, the pressure is immense.

Any gas dissolved in the magma is kept in solution — it doesn’t expand into bubbles like it would near the surface.


3. No air underground

There’s no "air" (like oxygen or nitrogen gas) in the magma chamber.

The only gases present are volcanic gases (water vapor, CO₂, SO₂, etc.), and under those pressures, they stay dissolved.


4. Contrast with extrusive rocks (like pumice or basalt)

When magma erupts at the surface (as lava), the pressure drops suddenly.

Dissolved gases expand and form bubbles, which can get trapped as the lava solidifies — that’s why rocks like pumice or scoria have vesicles (gas bubble holes).

OR THIS IS WHAT IS REALLY GOING ON

💨 1. Entrapped air during casting

When liquid or semi-liquid granite mixture is poured into a mold, air can get trapped if the mix isn’t properly vibrated or degassed.

If vibration or vacuuming is insufficient, small pockets of air remain.

Once the mix hardens, those trapped bubbles become voids or “blowholes.”

Over time, if the surface layer weathers or chips away, one of those voids can become exposed — just like what you’re seeing in your photo.


🧪 2. Resin or cement shrinkage

If resin or cement binder was used, shrinkage during curing can pull the material away from the aggregate in certain spots, creating hollow areas that look like air bubbles.

🔥 3. Thermal or chemical breakdown

If the casting was exposed to heat or weathering, differences in expansion between the binder and the granite pieces can cause debonding, which can enlarge a small void into the cavity you now see.

🧱 4. Appearance of a “bubble”

The smooth, concave inner surface is typical of a void formed around a trapped air pocket, not of natural granite crystallization. It looks like a popped bubble because that’s literally what it was — air that couldn’t escape before the material set.

So in short:

The “air bubble” is a casting defect — trapped air or gas within the poured granite mix that became sealed inside, then later exposed when the surface layer cracked or eroded.
That “air bubble” makes perfect sense once you remember how cast granite is made. When crushed granite, binder (like resin or geopolymer), and pigment are mixed and poured into a mold, the mixture traps tiny pockets of air.

If the mix isn’t vibrated or vacuum-degassed properly, those bubbles can’t escape. As the material cures, those trapped pockets stay sealed inside. Later, when the surface wears down, chips, or is cut through, one of those voids can suddenly appear — exactly like the one in your photow.

LIKE IF YOU AGREE

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1 month ago (edited) | [YT] | 470

Paul Cook

Notice that the channel mark on the wall still has render inside — it’s the only section on-site where the original render remains intact inside a water channel.

Also, observe the darker areas on the stone walls. These darker sections are completely flush, unlike the lighter areas that appear rough and uneven. This suggests that the darker areas have been protected by some form of waterproofing or decorative render. In contrast, the lighter parts of the wall show significant weathering and surface damage, indicating that they’ve been exposed to the elements for much longer.

From this, it’s clear that the darker sections were the last parts of the wall to retain their render. Considering this evidence, it becomes apparent that the walls were originally smooth and square. It’s likely that parts of the structure were intentionally damaged and then left to deteriorate naturally over time, giving the appearance of being carved directly from natural rock.

That's just my opinion.. what's yours?

Please subscribe guys i know YouTube unsubscribe people on a regular

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1 month ago | [YT] | 411

Paul Cook

In the image, there is a channel clearly designed for water distribution, with a small pool of water collected at the top ledge. A visible groove runs down the wall, likely serving as a water channel or drainage path, and a protective plate is positioned in front of it, possibly to prevent damage or erosion. What stands out is the presence of a pipe emerging from the wall itself, alongside another opening nearby. This raises an interesting question—how could a pipe be embedded within the wall so seamlessly if the structure wasn’t cast or built around it? Could it indicate an advanced or well-planned method of construction to integrate the water system directly within the stone? The layout suggests deliberate engineering aimed at managing and directing water efficiently.

VALLETTA- MALTA

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1 month ago | [YT] | 507

Paul Cook

Beneath the streets of Paris lies a forgotten network — miles of pipes that once pulsed with invisible power. Not electricity. Not gas. But air.

For almost a century, Paris — and cities like London, Birmingham, Buenos Aires, and New York — ran on compressed air. It powered clocks, elevators, printing presses, factory machines, water pumps, theatres, tower bridge hydraulics, refrigeration systems, and even the cooling chambers of the Paris morgue.

No wires. No shocks. No pollution. Just clean, silent power flowing through the veins of the city.

So what happened? How did this safe, efficient, and flexible energy grid vanish almost overnight? Did electricity really outcompete it… or was it quietly pushed aside by the rising electric empires of the 20th century?

This is the story of the cities that ran on air — a global movement forgotten by time. From Viktor Popp’s first compressors beneath Paris to hydraulic power networks spanning London’s sewers, it was a working “free energy” system long before the world knew the term.

And now, it’s returning. Modern engineers are once again using compressed air to store wind and solar energy underground — a 19th-century idea reborn for the 21st century.

If a whole city could run on air once… could it happen again? 🌬️

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1 month ago | [YT] | 563

Paul Cook

When London was powered by water..

The London Hydraulic Power Network

Origins

Built in the late 19th century to supply high-pressure water for industry.

Operated by the London Hydraulic Power Company (LHPC), established in 1883.

It replaced countless small steam engines and hand-powered systems in factories, warehouses, theatres, and even private homes.

---

How It Worked

Central pumping stations (at places like Wapping, Rotherhithe, Grosvenor Road, City Road, and Millbank) pumped water into cast-iron pipes.

The water was kept under pressure using hydraulic accumulators (big pistons weighted with heavy stones or iron).

Pressure in the system: about 700 psi (48 bar) — very powerful.

Distribution network: over 180 miles (290 km) of pipes under London streets at its peak.

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What It Powered

Warehouses & Docks → cranes, hoists, capstans, lifts.

Factories → presses, machinery needing steady power.

Theatres → stage machinery (moving scenery, safety curtains).

Public utilities → some early lifts in hotels and offices ran off it.


Basically, anywhere you needed mechanical force, you could “plug in” to the hydraulic main instead of running your own engine.

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Decline

By the mid-20th century, electric motors became cheaper, more reliable, and easier to install.

The hydraulic network shrank steadily.

It finally closed in 1977.

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What Happened After

After closure, much of the pipe network remained underground.

In the 1980s, parts of the system were reused to carry telecommunication cables (not water).

Some of the pumping station buildings survive:

Wapping Hydraulic Power Station → now an arts venue and restaurant.

Rotherhithe Pumping Station still stands.

---

🌍 Why It’s Special

It was one of the world’s first city-wide utility networks, similar in concept to gas, electricity, and telephone.

At its height, it powered 8,000+ machines across London.

A piece of infrastructure that hid in plain sight, quietly powering much of London’s economy.

If you liked this sort of historical nugget please like so I know what you guys like 👍

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1 month ago (edited) | [YT] | 447