Conquest For History Of Humanity

Badami Cave Temples: Outstanding Rock-Cut Engineering

The Badami Cave Temples are ancient rock-cut sanctuaries carved directly into sandstone cliffs in Badami, Karnataka, overlooking Agastya Lake. According to conventional archaeology, they date mainly to the 6th century CE during the reign of the Chalukya dynasty.

Rock-Cut Engineering

These temples were not constructed using stacked stone blocks. They were excavated directly into the cliff face. The builders removed massive volumes of sandstone to create pillared halls, carved ceilings, sculpted walls, and inner sanctuaries (garbhagriha).

Rock-cut architecture requires reverse planning, since the structure must be conceived in advance and mistakes cannot easily be corrected once stone is removed.

Material & Mohs Hardness

The caves are carved from red sandstone composed largely of quartz grains, with a Mohs hardness around 6–7. This makes it harder than limestone but easier to carve than granite.
The material allows detailed relief carving while remaining workable with iron tools. Its porosity also explains the gradual erosion visible today due to wind and seasonal monsoon rains.

Engineering Debate

Some observers question whether the scale of excavation suggests more advanced planning methods than commonly acknowledged. The symmetry of pillars and the volume of rock removed imply careful geometric layout.
However, iron tools and comparable rock-cut achievements were already established in India during this period. Were these sites really built with iron tools? The question remains...

Architectural Significance

The Badami caves represent some of the earliest surviving examples of Chalukyan architecture. They reflect the coexistence of Hindu and Jain traditions and demonstrate a high level of stone-carving expertise during earlier epoch.

The Island of California: Myth, Maps, Gold, and Queen Calafia

Here you can see five different maps from the 17th and 18th centuries showing California as an island.

Garcia Ordonez de Montalvo was a Spanish author who wrote a romance novel published in 1510, in which he described an island called California that was populated by Black women, with no men among them.

He also said that this island, which was full of gold, had many griffins. When these griffins had young, the women would take them to their caves and raise them there.

There ruled a queen, great in stature, very beautiful, in the prime of her life, ambitious in her thoughts of achieving great things, powerful in strength, clever in her brave heart, greater than any who had ruled that kingdom before her. Her name was Queen Calafia.

“Calafia” is the Spanish version of the word “Khalifa,” which means “successor” in Arabic. From 711 to 1492, Spain (Al-Andalus) was ruled by the Moors (Tartarians), who were Muslims.

About 340 metric tons of gold were extracted from California in the 19th century.

Among all the animals that could have been mentioned, why was the griffin chosen — the very symbol of the Tartarian Empire?

What happened that led the first explorers to map California as an island? Was it simply a mistake?
Was there once a river or waterway centuries ago that later dried up?

Did Garcia know real things about America and incorporate them into his fantasy?

Are we being kept from something very important about California’s past?

A 1671 Masterpiece of Sacred Metalwork

This is a silver liturgical ciborium from Amsterdam, made in 1671, used to store the consecrated hosts (Eucharist).

It weighs about 2.8 kg of worked silver and features extremely fine engraving, complex reliefs, symbolic motifs, partial gilding, and fully hand-crafted details.

☆☆☆ Advanced Craftsmanship Without Modern Tools

Its creation required master silversmiths, months of work, advanced training, and precise hand tools.
In 1671, there was no electricity, no modern machines, no CNC, and no lasers and yet artisans achieved remarkable precision, symmetry, and durability.

All this work just to preserve the hosts?!...

This level of skill is often underestimated in conventional history.

☆☆☆ A Link to “Old World” Builders?

Objects like this reflect the same mindset seen in great cathedrals and monumental buildings; discipline, mastery of materials, and long-term vision.

They remind us that past civilizations valued precision, beauty, and permanence.

☆☆☆ Conclusion

This ciborium is not just a religious object. It is proof of advanced craftsmanship and organized knowledge in the 17th century far beyond what we are often led to believe.

*From the Museum Of Fine Arts - Montreal, Canada

Tikal: The Hidden Megacity of the Ancient Maya

Tikal is one of the largest and most powerful ancient Maya cities ever discovered. Located in the rainforest of northern Guatemala, it served as a major political, religious, and scientific center for over a thousand years.

☆☆☆Urban Scale and Population

The site is at least 2,500 years old, with early occupation dating to around 600 BCE. At its peak, Tikal may have supported up to 90,000 inhabitants, making it one of the largest urban centers in the Americas before European contact.

At its height, the city covered about 16 km² and contained nearly 3,000 structures, including temples, palaces, residential platforms, and ceremonial complexes. This dense layout reflects advanced urban planning and strong political organization.

☆☆☆Monumental Architecture

Tikal is famous for its monumental limestone pyramids and temples, such as Temple I, Temple II, Temple IV, and the Great Plaza. Some structures rise over 70 meters above the forest canopy, demonstrating high-level engineering, craftsmanship, and long-term planning.

☆☆☆Water Management and Engineering

Despite lacking nearby rivers, Tikal sustained its population through sophisticated water systems. The Maya built reservoirs, canals, plastered catchments, and filtration systems using materials like quartz sand and zeolite, showing advanced environmental engineering.

☆☆☆Conclusion

Beyond its political power, Tikal was also a center of astronomy, calendar knowledge, and ritual science. Inscriptions and monuments recorded dynasties, wars, and cosmic events.

With its vast scale, advanced infrastructure, and cultural influence, Tikal stands as one of the greatest achievements of the ancient Maya and a powerful example of early urban civilization in the Americas.

Evidence of a Mudflood in Boston, USA

Three years ago, I visited the city of Boston, one of the oldest cities in the United States, as part of my research.

I followed the Freedom Trail, a 4 km red-lined path through Boston that features 16 major historical sites (which I strongly recommend).

While heading toward the final site, I passed through a residential neighborhood where I noticed several signs of a “mudflood,” and I took photos.

It is logically inconceivable that an architect would choose to place doors and windows at ground level or below ground level. Water can easily infiltrate buildings with such poor architectural design.

I believe that our civilization was built on top of another civilization, and that the truth about this previous civilization is being hidden from us because it could destroy the falsified history we have been taught.

The Sioux City Corn Palace: A Façade Over Forgotten Civilization?

According to mainstream history, the Sioux City Corn Palace was built in 1887 in Sioux City, Iowa, USA during a period of rapid agricultural expansion.

Its purpose was to promote regional farming power, attract settlers and investors, compete with other Midwestern cities, and present corn as a symbol of prosperity.

It was part of the late-19th-century “crop palace” movement, where cities used monumental exhibition halls to advertise growth and success.
Structurally, it was a wood-framed exhibition building, similar to World’s Fair pavilions, covered with decorative mosaics made of corn, wheat, oats, and grasses.

The entire façade was deliberately hidden under a thick layer of crops, meaning the real architecture was never meant to be clearly visible.

The building existed for only five years and was dismantled around 1892. The only corn palace that still exist today is the Mitchell Corn Palace in South Dakota, USA.

Why build something so large in such a strategic trade region, only to make it temporary?

Why completely hide its true structure?

☆☆☆ Alternative Hypothesis

To me, it feels like that the site in Sioux City may have reused earlier civic foundations, fairgrounds, or logistical infrastructure already present in this major river-trade corridor.

In this view, the corn murals acted as a visual mask, covering architectural features that did not fit the official story of rapid settler construction. Instead of revealing the building, the crops concealed it.

The heavy agricultural skin may have helped overwrite older historical layers in a region that was occupied and organized long before European settlement.

By covering the structure with symbols of “new” farming and prosperity, earlier civilizations and systems may have been visually erased.

Officially: an agricultural monument...
Alternatively: a façade over deeper history...

What do you think?

Kondana Caves: Ancient Engineering Carved in Solid Basalt

The Kondana Caves are ancient Buddhist rock-cut caves near Karjat in Maharashtra, India, carved into the basalt cliffs of the Western Ghats. According to conventional archaeology, they date to around the 1st century BCE to 1st century CE and were established along important trade routes linking the Konkan coast to the Deccan plateau.

☆☆☆Architecture

The site includes about sixteen caves divided into chaitya prayer halls and vihara monastic cells. The chaityas contain vaulted interiors, central stupas, and carved columns inspired by earlier wooden designs. The viharas include living quarters, benches, and simple communal spaces.

All structures were excavated directly from solid basalt.

☆☆☆Technical Challenge

Basalt is a hard volcanic rock (≈6-7 on the Mohs scale). Construction required iron chisels, picks, hammer stones, abrasives, and a top-down excavation method. Everything was carved inward from the cliff, leaving little room for error.

The arched ceilings, thick pillars, and stable rock selection show clear structural understanding. The precision of the carving and long-term durability indicate organized labor, skilled planning, and sustained institutional support.

☆☆☆Conclusion

While mainstream research attributes the caves to skilled ancient craftsmanship supported by trade networks, some independent researchers question the high precision and standardization, suggesting that ancient technical knowledge may sometimes be underestimated.

The Kondana Caves remain a powerful example of early hard-rock engineering and disciplined architectural planning.

Tărtăria: Just a Name… or Something More?

I just discovered that there is a village in Transylvania, Romania called Tărtăria. Romania borders Ukraine, where Crimean Tartary, also known as Little Tartary, was once located.

So I decided to investigate the origin of this village’s name.

The name Tărtăria is much older than modern Romanian and likely comes from medieval or early medieval language layers in Transylvania. For centuries, the region was ruled by Hungarian kingdoms and influenced by Turkic and steppe peoples.

Many linguists believe the name may be linked to "Tatar" or "Tartar", referring to nomadic groups who passed through or temporarily settled in the area.

I also know for a fact that Spiš Castle, located in Slovakia (northwest of Tărtăria), was besieged by the Tartars in 1241. To reach Slovakia, they would have had to pass through parts of present-day Romania.

In the Middle Ages, villages were often named after the families or clans that founded or controlled them, the military groups that occupied or protected the area, temporary camps that later became permanent settlements, or even administrative and tax districts established by regional authorities.

Over time, these practical designations became fixed place names, preserving traces of older social, political, and cultural structures long after they disappeared.

So Tărtăria may originally have meant:
"Place of the Tartars"
"Former Tatar camp"
"Land linked to Tartars"

Of course, it could also be a simple coincidence. But when history, geography, and old place names intersect, it’s always worth asking questions.

Dolmen de Soto: Monumental Engineering Before the Bronze Age

The Dolmen de Soto is located near Trigueros, in the province of Huelva, in Spain. It is one of the most important prehistoric monuments in the Iberian Peninsula and among the largest long passage-tomb dolmens in Western Europe.

Its size, preservation, and complexity make it a key site for understanding ancient engineering and advanced architecture.

According to conventional archaeology, the Dolmen de Soto was built during the Neolithic period, between 3000 and 2500 BCE, making it about 4,500 to 5,000 years old.

This suggests that early societies were already capable of organizing large-scale, long-term construction projects.

☆☆☆Architecture

The monument is a megalithic passage tomb made of large upright slabs forming a long corridor that leads to a burial chamber.

The total length is about 21 meters. Originally, the structure was covered by a large earthen mound with a diameter of around 60 meters, giving it the appearance of an artificial hill in the landscape.

☆☆☆Material

The Dolmen de Soto is built mainly from slate (pizarra), a metamorphic rock that splits naturally into flat plates and is suitable for construction and engraving. Also sandstones, limestones and quartzite were used.

The stone was quarried locally, only a few kilometers from the site.

Wall slabs are about 2–3 m long and weigh 2–5 tons. Roof slabs reach 4–6 m and weigh 5–10+ tons.

Handling these fragile, multi-ton stones required advanced logistics and careful coordination.

☆☆☆Engineering

The Dolmen de Soto shows that its builders possessed advanced stone-working skills, large-scale labor organization, astronomical knowledge, and strong symbolic traditions.

This was not primitive construction, but high-level engineering integrated with cosmology and ritual.

☆☆☆Astronomical Alignment

The dolmen is oriented roughly east–west. Around the equinoxes, sunlight enters the passage and briefly illuminates the inner chamber.

This indicates intentional alignment with solar cycles and suggests a connection between burial practices, timekeeping, and cosmology.

☆☆☆Burials

Excavations revealed eight burials placed in a fetal position inside the chamber.

Grave goods such as stone tools, pottery, and marine fossils show that the site had strong ritual and ceremonial importance over time.

Many interior slabs are engraved with geometric and abstract symbols.

☆☆☆Conclusion

Built from multi-ton slate slabs, aligned with the Sun, engraved with symbolic art, and once hidden under a massive mound, the Dolmen de Soto reflects a highly organized and knowledgeable prehistoric society.

More than a simple tomb, it stands as evidence of advanced ancient engineering and sacred landscape design.

Before Digital Photoshop: The Hidden Art of Photo Manipulation in 1857

When we tell people that the majestic buildings of the 19th century or older were not built by our civilization because of their level of architectural and engineering complexity compared to the technology available at the time, they often reply that we have old photos showing their construction.

But when we take the time to carefully analyze these photos, a trained eye can notice signs of manipulation or alteration. For example, it is very rare to see a sky with clouds. The sky is almost always white, what some people call “Vanilla Sky.”

This photo right here was created in 1857 by Oscar Gustave Rejlander from approximately 30 separate negatives. It is called The Two Ways of Life and was done by hand using masking, selective exposure, careful alignment, layer control, and more.

This shows that there is a possibility that old construction photos of Old World buildings can be fake. We cannot blindly rely on construction photos to claim that these old buildings were built in the way the mainstream narrative wants us to believe.

Did Ancient Builders Understand Earth’s Natural Electric Field?

This is St. Lorenz Church, located in Nuremberg, Bavaria, Germany. It was constructed around 1250–1477 CE. It is a beautiful example of architecture built with load-bearing masonry using sandstone, limestone, and lime mortar; designed to last for centuries.

One of its most notable features is the twin towers, which rise to about 81 meters (266 feet).

I recently learned that the Earth and the atmosphere form a vast natural capacitor. The ground is generally negatively charged, while the atmosphere (especially the ionosphere) is positively charged. Between the two, there exists a permanent vertical electric field.

Near the ground, in calm weather, this electric field is approximately 100 to 130 volts per meter.
This means that the cumulative potential difference increases with height, even if the local field may vary.

At the top of the St. Lorenz's twin towers, this would correspond to roughly 8,100 to 10,530 volts.

I believe that previous civilizations knew about this phenomenon and had technologies to use it. This could explain why so many ancient buildings were extremely tall and featured numerous towers, spires, and vertical elements.

Perhaps these structures were not only symbolic or religious, but also part of a forgotten system for interacting with natural atmospheric energy.

What do you think?

El Caracol: Venus Observation and Astronomical Design at Chichén Itzá

El Caracol is a distinctive circular stone tower located within Chichén Itzá, in the northern Yucatán Peninsula. Its round form, set atop a large stepped rectangular platform, stands in sharp contrast to the predominantly rectangular pyramids and temples of Maya architecture, implying a specialized function.

☆☆☆Construction

Conventionally dated to approximately 800–1000 CE, El Caracol is often associated with a late phase around 906 CE. Architectural evidence indicates multiple episodes of construction and modification, pointing to recalibration, reuse, or adaptation over time rather than a single, fixed building event. This implies the structure remained functionally relevant across a long period of time.

☆☆☆Astronomical Orientation

The upper tower contains narrow slit-like openings oriented toward specific points on the horizon. These openings are not randomly placed; several align with the extreme rising and setting positions of Venus. Such precision reinforces the interpretation of El Caracol as an astronomical observation structure rather than a symbolic monument.

☆☆☆Venus & Maya Cosmology

In Maya cosmology, Venus seems to have played a central role. Its movements were tracked through the 584-day synodic cycle with exceptional accuracy, as reflected in Maya calendrical systems and codices.

☆☆☆Functional Interpretation

Taken together, its unique form, elevated position, repeated modifications, and precise alignments suggest that El Caracol was designed for long-term, systematic observation of the sky. Rather than serving as a purely ceremonial structure, it represents astronomy integrated into architecture, governance, and cosmology within the Maya world.